An aircraft thrust device

Abstract

This invention discloses an energy propulsion device for an aircraft. The invention provides an energy propulsion turntable for an aircraft: comprising a turntable, wherein the turntable is provided with several rotating blades, the blades being divided into three layers, and an upper and lower cover. The aircraft turntable contains several blades, and the blades, in terms of energy propulsion type, are connected to a rotating shaft in three layers. This invention improves the thrust principle of spacecraft by relying on different gravitational energy bodies in celestial spacetime to form mutually interacting thrust. Based on the deconstruction of the action image, it differentiates between plasmids and energy bodies using current technology for analysis and improvement. This study focuses on gravitational field energy bodies and explores in detail the effect of the deconstruction of the action image on the internal components of the turntable, the spacetime plasmids to which mechanical energy belongs, and the superposition theory of ordered internal spacetime plasmid displacements. Through the internal two-dimensional vector direction of the blade-shaped plasmids, the mutual correspondence between kinetic energy and external transmission energy fields to select energy bodies, and the synthesis and conversion of rotational vectors by the strength of the opposing forces, the effective value of the relative mutually different synthesis and conversion power occupancy is improved, forming an innovation in the energy body thrust of spacecraft. This expands the effectiveness of spacecraft in conquering space regions, and eliminates the need for recoil matter during takeoff, landing, and navigation. It constitutes the force control design for the spacecraft's action orientation and free spacetime flight, reducing mass loss and possessing extremely high practical value.

Description

Technical Field

[0001] This invention relates to the field of aircraft gravity or gravitational force constituting energy body thrust, specifically to an aircraft gravitational field energy conversion thrust device. Background Technology

[0002] The most widely used propulsion system for various moving objects currently in human use, such as ships, cars, airplanes, and rockets, converts the interaction between internal mechanical power and the relative mass of matter into propulsion. It relies on the recoil force of matter or the combustion of the rocket's internal mass to counteract the thrust, and boasts advantages such as simple construction, ease of use, and high efficiency. Entering the 21st century, humanity has higher demands for space travel. The conversion of power and recoil, the process of providing energy for flight and generating thrust through recoil, the emission of substances, and the recoil of thrusting matter all contribute to the significant loss of fuel and recoil mass in spacecraft, becoming an increasingly serious problem for humanity in its centuries-long conquest of interstellar space.

[0003] Therefore, the design trend of spacecraft thrust is to utilize the energy bodies existing in spacetime to generate thrust, which has the effect of reducing energy consumption and mass loss of recoil matter, and has become a new research field. If the spacecraft nuclear energy utilization technology and anti-gravity do not rely on the recoil of matter, it will provide an important direction for the development of interstellar spaceflight and aerospace technology.

[0004] Human beings have been developing the use of thrust from moving objects for hundreds of years. Traditional methods, such as friction and rocket recoil, have reached their limits in terms of power conversion and thrust technology. Aircraft, however, typically convert internal energy into internally different mechanical energy, which is then recoiled from matter in space or directly converted into thrust from the chemical energy of rocket combustion. This mechanical energy, acting against an external mass, involves the law of action and reaction, resulting in significant losses of mass and non-recyclable materials. Further solutions face considerable technological obstacles and have limitations in conquering space. This research, based on the theory of action image deconstruction, utilizes the interaction between the mechanical energy of a turntable and the selective energy transmission field's energy-spacetime interaction to convert mechanical energy into thrust through energy body conversion, thus mitigating the loss of mass due to recoil and contributing to increased aircraft speed and power. Summary of the Invention

[0005] The technical problem to be solved by the present invention is to overcome the above-mentioned technical defects and provide an aircraft energy thrust device.

[0006] To solve the above-mentioned technical problems, the present invention provides a technical solution as an aircraft energy body action turntable: including a turntable, wherein the turntable part is provided with a plurality of rotating blades, the blades being divided into three layers, an upper part and a lower part of the cover shell.

[0007] As an improvement, the aircraft turntable contains several blades.

[0008] As an improvement, the blades are designed to interact with the energy source in three layers and are connected to the shaft.

[0009] Compared with existing technologies, the advantages of this invention are: it is necessary to improve the thrust principle of spacecraft using a new method, relying on different gravitational energy bodies in celestial spacetime to form mutually interacting thrust, and using the method of distinguishing between plasmids and energy bodies based on the deconstruction of the interaction image to analyze and improve the current technology, the internal nuclear energy conversion of the spacecraft's internal mutually interacting mechanical energy, the conversion of mechanical energy, the release of energy body mc^2 from mass to absorb and convert a certain proportion of mechanical energy, the innovative method of maximizing the utilization of material mass, the conversion of mechanical energy containing mass mc^2 energy, and the limit improvement of the internal mass loss rate of rockets, which shows that in conquering the spacetime regions of the solar system and the Milky Way, the efficiency of the spacecraft's mass is improved, and the use of the energy body thrust control design method is useful, which meets the requirements for interstellar travel thrust and kinetic energy capabilities.

[0010] This study focuses on the gravitational field energy body, and explores in detail the effect of the imagery on the internal components of the turntable, the spatiotemporal particles to which mechanical energy belongs, and the superposition theory of the displacement of the ordered spatiotemporal particles at different points. Through the internal two-dimensional vector direction of the blade-shaped particles, the selection of energy bodies by the mutual correspondence between kinetic energy and external transmission energy fields, and the synthesis and conversion of rotational vectors by the strength antagonistic force, the effective value of the relative dissimilar synthesis and conversion power occupancy is improved, which constitutes the innovation of the aircraft's energy body thrust. The aircraft's ability to conquer space regions is expanded, and the aircraft's takeoff, landing and navigation do not require recoil matter. This constitutes the force control design of the aircraft's action orientation and spatiotemporal free flight, reducing the loss of mass and has extremely high practical value. Attached Figure Description

[0011] Figure 1 Map of the intrinsic electron-nucleon pair orbitals of different atoms

[0012] Figure 2 The diagram shows how special atomic particles, whose orbits are not mutually repulsive, interact with gravitational energy bodies.

[0013] Figure 3 Analysis of blade projection on rotational period and open section

[0014] Figure 4 Similar superposition of displaced particle clouds

[0015] Figure 5 The layering of the blades affects the gravitational energy body separately.

[0016] Figure 6 The blades convert gravitational force into thrust.

[0017] As shown in the figure: 1. Turntable; 2. Several blades; 3. Upper and lower covers. Detailed Implementation

[0018] Deconstructing the Functional Imagery: A Theoretical Analysis of the Design Framework for the Energy Body Thrust of Aircraft

[0019] 1.1.1 Deconstruction of the imagery of function to deduce the existence of thrust in the energy body of the aircraft.

[0020] The interaction and reaction forces between the spacecraft and the energy spacetime body, the explanatory framework of the mutual interaction, are reflected in the gravitational energy body spacetime quantity particle cloud trajectory body, the orderly transmission similar to the unified spacetime energy body, and the structural morphological characteristics of the overall mechanical motion of matter energy spacetime particle interval measurement are similar to the mutual synthesis and transformation of the interaction, which produces the force control design of the flight direction and spacetime parameter interval structure distribution.

[0021] 1. The framework of the action image is deconstructed, with the energy body as the basic unit of relative gravity as the reference, and the mass particles of different actions constantly changing their measurement characteristics. Based on the momentum theorem and the ideal mass-energy conservation, the internal laws of energy body are reflected by the equivalence of action and reaction forces, and the structure is analyzed.

[0022] The interaction between mass particles and gravitational energy bodies is reflected in the deconstruction framework of the interaction image, the integrity of opposition or biased polarity reference, the basic unit energy body of the gravitational field, the transmission spacetime quantity particle cloud trajectory body, and the transmission velocity with interval structure comparison, the interaction deductive framework reference distribution measurement, and the spacetime interval structure regularity flow intensity, the synthesis of basic unit negative and positive particle polarity [A1-2], which is constantly changed by the action of mass particles, the reference particle motion form measurement characteristics, the mutually different relative spacetime parameters basic unit interval structure distribution, the integrity of the interaction image deconstruction framework and biased polarity reference measurement, and the measurement further divides the opposite polarity characteristics, the momentum theorem of mutually different interactions and the equivalence theorem of action and reaction forces, the comparison ratio of spacetime particles and energy bodies reference spacetime interval characteristic attribute parameters, and the extended analysis of mutually different corresponding similar same structural regularity.

[0023] Solids, liquids, and gases, each belonging to an intrinsic category of spacetime particles, correspond to the spatial distribution structure of their energy spacetime parameters. This is analyzed by referring to the framework of opposing forces and the constant change in mass due to biased polarity, comparing proportional similarities in their structural structure. The framework of opposing forces and the theorem of opposing forces are referenced. The special spatial structure of the atomic particle orbits, and the spatial distribution structure of the proton's spacetime trajectory, are also considered. The gravitational field possesses the integrity of the opposing forces and the biased polarity of the proton's opposing forces within the framework of proton interaction. The constant change in motion is referenced to the category attributes and volume characteristics. The proportional similarity of the attribute parameters corresponds to the deduction of the intrinsic spatial structure rules of opposing forces.

[0024] 2. Analysis of the field energy of the fundamental unit energy body in spacetime based on the action-reaction theorem.

[0025] The framework of action imagery deconstruction has mutually exclusive action framework attributes and opposing references to distinguish between mass and energy. Mass and plasmid are collectively referred to as electrons, protons, neutrons, and the spacetime bodies of electrons and protons in combination. The energy body and the spacetime body of the plasmid maintain constant and mutually exclusive action, which deduces and changes the form of motion characteristics. The energy changes the spacetime parameter interval of the plasmid and belongs to the law characteristics. Referring to the theorem of equal action and reaction forces, the action of mass and plasmid motion changes, which constitutes the internal spacetime parameter interval structure of the energy body and measures the category of the action. The mutually exclusive action reflects the structural law measurement characteristics. The mutually exclusive action of the plasmid is deduced by reference to the constant mass and changes the form of motion characteristics. The internal quantity of the equivalent energy particle cloud trajectory body and the transmission speed are compared to the balance body change. The attribute parameters are compared in proportion. The parameter interval structure morphology characteristics of the same spacetime body are similarly distributed.

[0026] The characteristics of the basic unit interval of the spacetime parameter structure of the energy volume particle cloud trajectory structure are opposed to the framework of the reference image deconstruction between mutually different reference objects. The reference momentum is conserved, and the gravitational energy body inherently possesses the basic unit interval law of spacetime parameter. It has the metric characteristics of the reference object referring to the same spacetime parameter interval. It is consistent with the equivalent comparison and unity of the mass constant and the motion form characteristics changed by the action. For the spacetime region of the basic unit energy body of the ordered transmission law, the spacetime parameter interval of the corresponding mass particle is constant and changes, and the acceleration is constant. The energy region transmission inherent unit category particle cloud trajectory structure interval law characteristics, relative to the spacetime parameter interval has special laws, and the mutually different action on the particle reflects the equivalent category attributes and volume characteristics. It has the category basic unit spacetime energy body transmission electric field energy, magnetic field energy, gravitational field energy, etc., which constitute the existence of mutually different interactions in the material world.

[0027] The relative effects of plasmids are manifested in known field energies, such as the gravitational field energy of the Sun and planets, the Earth's gravitational field energy, the Earth's magnetic field energy, and the gravitational field energy of the Milky Way. These correspond to different spatiotemporal parameters and unique interval structures. The equivalent characteristics of these fields are constantly altered by mass interactions, and their motion patterns are constantly altered by distinct interactions. Each category of energy field inherently possesses different unique interval structure morphological characteristics within its basic unit of spatiotemporal parameters, representing a particle cloud trajectory. For equivalent plasmids, the unique spatiotemporal interval structure is constantly altered by reference interactions, while distinct interactions measure the interval structure morphological characteristics, exhibiting similar proportional comparisons of attribute parameters.

[0028] The category of energy-spacetime region transmission unit possesses special rules inherent in the reference spacetime parameter interval structure, and special laws of the opposing spacetime interval structure of the mutually interacting reference plasmids. This contrasts with the integrity of the mutually interacting imagery deductive framework attributes, while the mutually interacting spacetime parameter interval structure shares the same special law. It also exhibits the same category attributes and volumetric analysis of the motion law characteristics of the mutually interacting plasmids. In other words, the category of energy-spacetime region field energy and the mutually interacting reference laws of plasmids are consistent with the same fixed vector direction, and possess the same acceleration fixed reference manifestation characteristics.

[0029] 1.1.2 The analysis distinguishes between the intrinsic spatiotemporal parameter interval structure of the category energy body and plasmid by comparing the proportion of their different applied attribute parameters.

[0030] Analysis of the Corresponding Laws of the Intrinsic Spatiotemporal Separation Structure of the Energy and Mass Plasmid Interactions in Field Bodies

[0031] For the reciprocal spatiotemporal energy field, the basic unit interval vector direction of the entangled induction of spatiotemporal particles is reflected by the reference of the acted particle. The trajectory of the reciprocal particle cloud and the transmission comparison measure structure are reflected by the energy body acting on the particle reference equivalent. The reciprocal energy body regions contain basic unit energy bodies, each with its own special spatiotemporal structure. The proportions of the characteristic attribute parameters are similar. The special structures of the spatiotemporal particle cloud trajectory bodies of different particles are reflected by the internal interval direction and the interval acting on the spatiotemporal structure of the common unit in the same spatiotemporal space. The different strengths and internal categories of the regional structural energy bodies are mutually transmitted bidirectionally, constituting the synthesis and deduction of the reciprocal action of the particles. The spatiotemporal parameter interval structure is synthesized into a unified vector, and the common force action is synthesized into a motion control.

[0032] The analysis of the energy field composition of the spatiotemporal transmission energy body, based on the reference object's action on the energy field, analyzes the structural characteristics of the energy field, synthesizing different equivalent attributes based on the action of the energy field's categories and structural features. These correspond to mutually dissimilar and reversible energy transmission spatiotemporal bodies acting on different plasmids, referencing the characteristics of the action. The analysis compares the particle cloud trajectory and transmission speed of the relative basic unit spatiotemporal quantity particle cloud with different structural distributions, mutually dissimilar action energy fields, and mutually reversible transmission, each with its own basic unit category of structural energy spatiotemporal body and flow intensity, constituting mutually dissimilar energy field categories of structural spatiotemporal bodies. These are then uniformly analyzed based on the corresponding action reference, synthesizing equivalent characteristic attributes and volumetric analysis. The energy field spatiotemporal body, between regions, acts on different plasmid spatiotemporal basic bodies, with a complete and constant evolutionary framework, exhibiting corresponding and reversible motion forms, and uniformly synthesizing equivalent attributes and volumetric laws.

[0033] The field energy references the characteristics of the plasmid interaction, and in its respective spacetime, it transmits the spacetime energy body in two-way reciprocal directions. Within the spacetime region, different plasmids are affected by the constant change in the equivalent of the interaction. The corresponding attribute directions are different, and the volume changes are analyzed. The field energy body has the structure of the spacetime energy body with the interval of the particle cloud trajectory of the reciprocal transmission of different spacetime energy bodies. The basic unit quantity particles of the reciprocal transmission of the spacetime energy body have the interval of the interaction and synthesis vector of the mutual entanglement induction of the particles. The framework of the interaction and synthesis of different plasmids is antagonistic and complete. The interval law of the reciprocal energy body in the relative region has the internal unified vector of the gravitational field energy particle cloud trajectory. The interaction and synthesis reference changes the equivalent characteristic attribute law.

[0034] 2. Basic unit energy body and regional transmission spatiotemporal categories of energy body intensity, relative unidirectional or reversible bidirectional performance bodies in spatiotemporal transmission, with different reference measurements for the interaction of different plasmids with the same spatiotemporal parameter intervals. a. Reversible equilibrium or non-equilibrium action deductive framework, opposition integrity, constant change, different synthetic equivalent reference. b. Comparison of transmission category energy body intensity, compared with the special spatiotemporal interval structure of the atomic internal particle cloud trajectory body, relative to the same spatiotemporal body reference, reversible gravitational field energy category spatiotemporal energy body internal comparison, corresponding spatiotemporal interval reversible action deductive different characteristic law distribution structure, and equivalent plasmid action deductive synthetic equivalent different characteristic attributes and magnitude reference analysis. c. Category energy spatiotemporal structure body, compared with the intensity of reversible gravitational field transmission, constituting the motion form of the acted plasmid reference characteristic equivalent attribute positive and negative polarity and magnitude change limit analysis.

[0035] The gravitational field energy spacetime basic unit energy body, with its inherent deductive framework, possesses the characteristics of the interval vector regularity of the entanglement and induction of spacetime parameters of dissimilar particles. This corresponds to the deductive metrological characteristics of the dissimilar interactions of basic unit protons, and the structural features of the spacetime interval distribution characteristics measured by the intrinsic category of proton cloud trajectory bodies. The dissimilar corresponding proton categories are uniformly and jointly metrologically acted upon by the spacetime as a whole. The existence of an action image framework refers to the basic vector of the entanglement and induction of spacetime parameters of dissimilar particles, and the common interaction vector of the proton cloud trajectory bodies, measuring the structural distribution regularity. These are respectively compared with the dissimilar interactions of proton spacetime bodies of equal protons, and respectively analyzed for the direction of the composite equivalent characteristic attribute of the mass-constant change effect and the commonality of the volume comparison.

[0036] The entanglement induction vector of the fundamental limiting quantity particles in the gravitational field, together with the particle cloud trajectory volume, interact with the characteristics of the interval structure by referring to the interaction of different mass plasmids. The combination of the basic unit spacetime volume, similar spacetime volume, and reference category energy volume intensity constitutes the characteristics of the relative motion forms of different interacting plasmids, and analyzes the direction of the synthesized equivalent attributes and the volume law.

[0037] The basic unit of spacetime energy volume particle cloud trajectory volume interval structure is similar and different. It is compared with the two-way reversal of the gravitational field and the spacetime energy transmission. The spacetime energy volume of the relative subordinate region is similar to the reversal transmission of spacetime energy volume. It is compared with the content ratio and the flow intensity of the energy volume. It is similar with the internal spacetime structure of the material particles. It is compared with the kinetic energy of the mutual interaction and the comparison ratio of the mutual interaction of dissimilar material particles. The spacetime particles manifest different effects on the energy of different categories. It is compared with the change of motion kinetic energy.

[0038] Analysis of the spacetime bodies of the basic energy units of the reciprocal transmission categories: the Sun and Earth, the Earth and the Moon, and the Solar System and the Milky Way.

[0039] The Sun and planets, planets and planets, Earth and the Moon, and the solar system and the Milky Way galaxy possess multi-dimensional, bidirectional, reciprocal transmission energy field control. This is analyzed in relation to the unidirectional, subordinate energy field control of individual plasmids. The basic unit energy intensity of the spatiotemporal transmission is considered, with plasmids belonging to spatiotemporal regions. The energy body exerts a unidirectional gravitational force (gravity) on the plasmid. Gravity, i.e., the gravitational field energy body exhibits a constant and changing characteristic of motion. Relative spatiotemporal space-separated energy bodies exert equal and opposite effects, with bidirectional and mutually exclusive polarity reciprocal transmission. These effects are synthesized relative to the plasmids, forming a constant and changing characteristic attribute direction and volumetric law analysis. 1. Comparison of spatiotemporal categories of energy body intensity with mutually exclusive and reciprocal transmission. 2. Comparison of similar characteristics of the internally different interaction categories and interval structures of spatiotemporal unit plasmids and energy bodies. 3. Bidirectional or unidirectional reciprocal transmission of gravitational field energy, measuring the energy body's performance on the basic spatiotemporal unit category and interval structure characteristics, and comparing the uniform and consistent equivalent of the synthesized category of mutually exclusive and reciprocal plasmid effects.

[0040] The spacetime category field energy body, respectively spacetime energy body transmission, unidirectional and multi-dimensional bidirectional reciprocal transmission, and multi-dimensional bidirectional reciprocal transmission energy body, moving particles are subjected to force, relatively subordinate to the spacetime category field energy body, energy body and particles are respectively internal particle cloud trajectory body and quantity particle cloud trajectory body, respectively compare the proportion of similarity and dissimilarity of the interval structure characteristic attribute parameters, and combine the spacetime body with the unified ordered mass particle category, the basic unit spacetime energy body internal structure and attribute parameters comparison proportion from dissimilarity to similarity, mutual interaction with the unified reference change of the category vector, similarity and dissimilarity antagonism, the category particle constant change unified consistency, different synthetic equivalent characteristic attributes and quantity body comparison law.

[0041] 1.1.3 The categories of gravitational field bodies are distinguished by their different structural energy bodies, thus differentiating and unifying natural physical phenomena.

[0042] 1. Analysis of the reciprocating transmission of spacetime energy bodies between the Sun and Earth: The orderly transmission and comparison of energy bodies with special structures and intervals of the same type of spacetime parameters constitute mutually different gravitational field energies, which have macroscopically belonging spacetime regions, and are inherently unified in the natural phenomena of different gravitational forces of atomic particles in spacetime.

[0043] Referring to hydrogen and other gases, as well as solids, macroscopic energy bodies with varying particle cloud trajectories and spaced structural patterns of different categories are used to verify the orderly transmission of gravitational field energy by the flow energy bodies.

[0044] Different gravitational fields possess basic unit spacetime particle cloud trajectory interval category characteristics structure measuring energy bodies, and transmit orderly flow. The Earth's gravitational energy field and the reciprocal solar gravitational energy field, containing basic unit spacetime particle cloud trajectory intervals of different structures, constitute mutually exclusive gravitational energy fields, with different particle cloud trajectory categories and structurally similar energy occupancy rates. The solar gravitational field exists in hydrogen, gas, or solid particles cloud trajectory bodies and particle cloud trajectory bodies, with similar structural morphological characteristics, and contains basic unit energy bodies with different occupancy rates. These special structural energy bodies, measured by spacetime parameters of different categories, transmit similar orderly flow, constituting physical phenomena of gravity in different directions. Hydrogen atoms are inherently part of a particle-spacetime body, possessing a special category of interval measurement pattern structure particle cloud trajectory body. It is internally similar to the basic unit category of energy body of the Sun's gravitational field transmission in terms of content and occupancy, and similar to the basic unit category of energy body of the Earth's gravitational field transmission in terms of occupancy. They have different categories of basic unit energy structure bodies. In their respective macroscopic spacetime regions, they constitute different mutually reversible gravitational field categories that constantly change characteristic equivalent attributes and volume change patterns.

[0045] Referring to the solar gravitational field and the Earth's gravitational field, with coordinate references in the same spatiotemporal region, they have different flux intensities. For the solar gravitational field and the Earth's gravitational field, at fixed-point spatiotemporal parameter intervals, there are comparisons of flux intensities and inherent structural characteristics with different contents.

[0046] Hydrogen, other gases, or solids, when viewed from close proximity to Earth's gravitational field, are compared to the strength of the Sun's gravitational field and their inherent basic categories to measure different structural energy bodies. The strength of the Earth's gravitational field within the same basic unit of spacetime energy body is greater than that of the Sun's gravitational field within the same basic unit of spacetime energy body, with gravity pulling towards Earth. However, gases such as hydrogen possess unique structural features with specific intervals between their inherent spacetime particle cloud trajectories. These features interact similarly to the structural energy bodies within the opposite basic unit of spacetime energy body of the gravitational field, exhibiting similar occupancy rates within the same category of interval structures. Comparing the Sun's gravity and Earth's gravity within the same basic unit of spacetime energy body, the differences in the occupancy rates and strengths of their inherent interval structures are evident.

[0047] The basic unit of spacetime energy in the same category of solar gravity is similar in structure and morphology to the particle cloud trajectory of hydrogen atoms and the unit of spacetime energy in the same category of Earth's gravitational field. However, they differ in intensity and occupancy. The flow intensity of the special structure of solar gravity is greater than that of the same energy in Earth's gravity. Hydrogen atoms have the characteristic of constant motion and change with the opposite effect of Earth's gravity.

[0048] The gravitational forces of the Sun and the Milky Way are classified into basic unit flux intensities. The mutually reversible energy bodies are intertwined and transmitted. The gravitational fields of the Earth and the Moon have different categories of occupancy rates. The distribution of similar spatiotemporal energy bodies is measured by basic unit intervals. These constitute the diversity of different types of motion forms of surface material particles.

[0049] 2. Theoretical design of relative gravity correction equivalent thrust for aircraft.

[0050] A gravitational field possesses a constant and altering equivalent of unidirectional, mutually different effects on the mass of matter. It represents a relatively ordered, transmission-type basic unit of spacetime energy, with different fluxes and intensities exerting gravitational influence on mass particles. Conversely, in a reversible, bidirectional gravitational field, the Sun and Earth each possess reversibly ordered, transmission-type basic unit of spacetime energy. Comparing the occupancy rates of different categories of fluxes and intensities, and considering the same basic unit of spacetime particle cloud trajectory spacer structure, the ordered, transmission-type fluxes and intensities result in similarities and dissimilarities of particle cloud trajectory spacer structures within different basic unit of spacetime. These correspond to different macroscopic spacetime regions to which the particles belong, generating different gravitational forces. The relative occupancy rates and fluxes of the gravitational field bodies, with similar and dissimilar gravitational particles, constantly alter their equivalent effects, constituting gravitational equivalents in different directions. This results in the design of thrust in different directions through the vector synthesis of rotating two-dimensional forces within the spacecraft.

[0051] 1.1.4 Analysis of the distinct interactions between intrinsic atomic particles and orbital bodies.

[0052] 1.1.4.1 The relative spatiotemporal parameter interval limit range has interval constant reference to the orbit of a single electron and proton within the atom, and the spatiotemporal parameter interval interval extension comparison of the particle within the atom. The comparison interval constant atomic particle pair trajectory body constitutes the cloud trajectory body of the particle pair with different spatiotemporal parameter constant, referring to the evolution of macroscopic antagonistic interaction between atoms.

[0053] like Figure 1 The intrinsic particles of an atom exhibit mutual repulsion in their multiple orbital volumes, distinguishing between particle pairs and their orbits and volumes. These orbits are defined by relative spacetime parameter intervals and motion references. Between pairs of distinct electrons and protons, attraction forms different limiting constant intervals in spacetime motion. Based on the deduction of these distinct interactions, the intrinsic particles of an atom exhibit antagonistic effects on the spacetime parameter intervals of their distinct orbits, and the deduction of these effects results in the repulsion of particle cloud orbital volumes.

[0054] The space-time body with an intrinsic constituent spacing structure in the energy body to which an atom belongs has different limit constant spacings of reference space-time parameters, the motion orbit laws of negative particles and positive particles, and the extension references of the relative space-time parameter limit constant spacings of the distinct entangled orbits of negative particles and positive particles, as well as distinct motion existence morphological features, which constitute the intrinsic unit limit constant spacing trajectory body of the energy body, and the structural law of the interlinked coexistence form between distinct entanglements of quantum particles. The form-feature structure trajectory body of the space-time parameter limit constant spacing of the intrinsic energy body of an atom has the existence structural feature of the space-time parameter limit constant of quantum particles, corresponding to the deduction of position counteraction in the reference orbit law of the intrinsic mass particle of the atom. The speed of the quantum particles by the entanglement pair of positive particles and negative particles is 10⁴*C (speed of light), which transmits at the speed of light C in the same relative direction. Taking the hydrogen atom radius r = 5.3*10⁻¹¹ m as an example, the transmission time interval of quantum entanglement passing through the atom in the same direction is t = 2*r / c (speed of light) = 3.5358*10⁻¹⁹ s, while the electron speed vₑₗₑcₜᵣₒₙ = 10⁶ m / s, tₑₗₑcₜᵣₒₙ = 2*r / 10⁶ = 1.06*10⁻¹⁶ s, t_quantum entanglement transmission = 3.5358*10⁻²³ < tₑₗₑcₜᵣₒₙ, the quantum entanglement speed > the speed of light C for the quantum entanglement transmission in the same direction, that is, the quantum particle entanglement speed of 10⁴*C (speed of light) within the same transmission time interval t = 2*r / c (speed of light) = 3.5358*10⁻¹⁹ s, can constitute a quantum cloud trajectory body, and there exists a counteraction deduction of the position effect on the orbit law between paired electrons and protons.

[0055] The deduction of distinct actions between the mass particles of the intrinsic structure of an atom referenced by the space-time limit constant spacing and the energy body with a structural law of space-time parameter spacing, and the same comparison of the space-time limit constant spacings of categories, has the comparison of acting counteraction deduction parameter quanta between the space-time structure body of mass particles and the space-time spacing structure body of energy units, as well as different categories of trajectory bodies or orbits with time spacing form features, and the intrinsic structure of an atom and the intrinsic energy body of the atom have similar morphological features of space-time spacing structures.

[0056] The greater the number of intrinsic electrons and protons in an atom, the more distinct action counteractions of the constituted particle pair trajectory bodies, and the more stable the existence of different orbit laws. A single electron-proton pair and a plurality of paired particle pairs, relative to the intrinsic limit constant spacing orbit of the same atom, as well as the distinct action trajectory bodies and the structural laws of multiple equivalent energy form features, perform distinct restriction unification and mutual restriction on the mass particles of the motion orbits, so as to constitute the existence of mutual repulsion orbits of electron-proton pairs.

[0057] 1.1.4.2 Analysis of the action between the gravitational field energy and the respective intrinsic trajectory bodies of atoms.

[0058] a) External energy bodies exhibit characteristics of antagonistic interactions with atoms and between atoms, each possessing a spatial-temporal interval structure with similar or different morphological features. b) Energy bodies exhibit different structural patterns within themselves, with each particle within the atom exhibiting various forms of trajectory bodies. Comparison of spatial-temporal interval structure patterns within these trajectories reveals similarities or differences. The interaction deduces the continuity of plasmid constancy and change, referencing the relationship between the equivalent force and the corresponding spatiotemporal parameters. This constitutes the continuity of different motion forms of plasmids, corresponding to the analysis of similar or different forms of the distinct spatial interval structure patterns within the energy body.

[0059] The existence of mutually interacting energy bodies and plasmid pairs, with the energy body containing a regular trajectory structure with a spatial-temporal parameter limit constant, constitutes a mutual antagonistic interaction with the plasmid pair orbits, and also constitutes a mutual repulsion between the particle pair trajectory bodies. The constant mass interaction of the particle pair orbits in spacetime leads to changes in motion due to the interaction, referring to the mutual repulsion between multiple particle pair trajectory bodies within the atom, and the relative spacetime interaction of the orbits with the same interaction but different intervals with the plasmid alters.

[0060] Multiple particles repel each other from the trajectory body, each relatively free relative to the internal particle orbits of the atom, but restricted in their reference to the spacetime parameter intervals. The equivalent of the gravitational energy body and the internal plasmids of the atom exists in the trajectory interval structures of particle clouds of different flux intensities and categories, and is a unified and common equivalent of the interaction between the internal plasmid orbital interval structures and the internal mass particle cloud trajectory interval structures. The ordered equivalent of the dissimilar interaction between the energy body and the atomic structural plasmids is the entanglement and same-direction transmission of the dissimilar particles within the energy body. Through the similarity and dissimilarity of the morphological characteristics of the trajectory interval structures of the internal plasmid particles of the atom, the dissimilar interaction between the energy body and the internal interval structures of the atom is compared. The similarity of the interval structure morphological characteristics constitutes the analysis of the ordered equivalent of the dissimilar interaction.

[0061] The fundamental quantity particle cloud trajectory body of the gravitational field and the intrinsic particle cloud trajectory body of the atom, respectively, have similar morphological characteristics with different intervals. The energy bodies are transmitted in the same direction. They have a basic unit interval limit quantity particle mutually entangled unit induction action vector and a quantity particle cloud trajectory body unified common interval structure ordered order action vector, respectively corresponding to the intrinsic plasmid particle orbital interval, the unit quantity particle mutually entangled induction action vector, the action synthesis and the quantity particle cloud trajectory body jointly action synthesized ordered order vector, respectively corresponding to the plasmid particle orbital interval distribution comparison law action synthesis characteristics, and the unified common action synthesis vector comparison, gravitational energy body constitutes atomic action synthesis unified ordered order motion analysis.

[0062] The spacer structures have similar morphological characteristics, and the spatial entanglement trajectories of quantitative particles and the intrinsic particle cloud trajectories of atoms have similar morphological characteristics. They are synthesized by a continuous and orderly unified common dissimilar vector, and by a continuous and orderly distribution of dissimilar vectors in a unified direction. Alternatively, they may be synthesized by the intersection of dissimilar vectors on a straight line in a non-transmission direction. The quantitative particle cloud trajectories and the intrinsic particle cloud trajectories of atoms are synthesized by the intersection of the unified common vectors of the spacer structures. They correspond to the maximum value of the vector synthesis with the limit strength, and the average value of the synthesis of dissimilar and non-linear dissimilar vectors. The interaction between the quantitative particle cloud trajectories and the intrinsic particle particles of atoms has the equivalent of n-fold multiplication of unit vector synthesis. The extreme value of the synthesis of n unified common vectors is compared with the average value of the synthesis of intersecting vectors.

[0063] Atoms inherently possess particle-spacetime parameter limit constant-interval trajectories. Referring to the spatial and temporal parameter intervals and positional structure distribution, they exhibit varying degrees of relative freedom and regularity. Hydrogen, lithium, and heavy metal atoms in the periodic table, with multiple particle pairs exhibiting mutually exclusive trajectories that repel each other, all possess relatively free and regular distributions. Alternatively, specific atoms, with a single particle pair forming a free sphere, are subject to changes in momentum and kinetic energy references due to the gravitational field, each exhibiting varying degrees of freedom and regularity in their spatial and temporal parameter intervals and positional structure distribution orbits.

[0064] The gravitational field flux energy body has two main functions: 1) It alters the spatial-temporal particle motion of the atomic internal spacer structure, changes the spatial-temporal position distribution of the orbital spacer, and the momentum-kinetic energy interaction deduction alters the internal particle cloud trajectory of specific atoms, demonstrating broad applicability to the transformation of dissimilar to similar internal spacer structures within the energy body. 2) It relates energy and energy flux, and has the functions of interaction deduction, countermeasurement, quantity taking, and penetration analysis.

[0065] 1.1.4.3 The intrinsic particle repulsion of the trajectory body, the non-repulsive and moderately repulsive atomic intrinsic special structure, the energy and specific atomic intrinsic interaction to resist the change of the interval orbit, the widely applicable particle cloud trajectory body interval structure from dissimilar to similar, and the basic unit energy body interval structure of energy field flux category, have the applicability of reference selection change, corresponding to the spatiotemporal structure distribution of the intrinsic particle repulsion of the interval orbit, and the analysis of the change of the relative applicability of the particle interval orbit.

[0066] Within a specific atom, only a single or specific pair of particles have trajectories that are mutually exclusive and repulsive. In contrast, multiple intrinsic particle pairs within an atom exhibit mutually exclusive and repulsive trajectories. Referring to the relative spacetime parameter limit interval, the trajectories of specific particles have the flexibility to change due to the relative nature of this change, as repulsion does not imply change. The flux of mutually exclusive energy fields alters the energy bodies containing separately similar single basic unit structures, corresponding to the orbital comparison of non-repulsive specific atomic particle pairs. This constitutes an analysis of the similarity in the content of particle cloud trajectories and the internal spacing structure of particles.

[0067] like Figure 2For trajectories with an internal structure smaller than the spacetime particle spacing of an atom's internal orbits, the basic energy unit interval trajectory alters the trajectory of the atom's internal particle spacetime, increasing the applicability of selective directional similarity. Special atoms and atoms with distinct combinations, for trajectories with non-repulsive special interval structures within the atom, exhibit freedom in altering the atom's internal particle orbits, continuous alteration between atoms, and continuous docking of similar trajectory bodies. The basic energy unit structure of the energy field category, along with the applicable atomic internal particle antagonistic interaction, increases the combined limiting vector.

[0068] The repulsion of multiple particles within an atom towards their trajectories disrupts the continuity of applicability to the same fundamental energy unit between atoms. This lack of continuity in trajectories, despite their similarity to changes in trajectories, represents the antagonistic interaction of intervening trajectories within the fundamental energy unit. Whether the repulsion or non-repulsion of particles within an atom towards their trajectories corresponds to a composite vector of intervening antagonistic interactions within the fundamental energy unit, exhibiting contrasting patterns of linear or intersecting interactions, representing both specific and universal applicability.

[0069] The energy fields of Earth, the Sun, and the Milky Way possess basic unit energy structure characteristics and inherent diversity of flow combinations. These correspond to the changes in the inherent repulsive and non-repulsive freedom of atoms, altering the trajectory of particle clouds and structural orbits. This constitutes the applicable deductive analysis of the effects. The energy field and atoms, as well as the combinations between atoms, possess basic units and flows. The deductive and comparative analysis of the effects of dissimilar linear or intersecting vector interactions constitutes the applicable analysis.

[0070] 1.1.4.4 Analysis of the antagonistic interaction between the basic unit space structure energy body and flux of the gravitational field on dissimilar atoms.

[0071] As energy-mass particles or atomic microparticles extend, the spacetime volume of a single particle becomes infinitely small, and the probability of random collisions decreases. Physical phenomena demonstrate that the entanglement and motion of particles within an atom, both in terms of their magnitude and energy, are governed by laws. The entanglement and induction of these particles are interconnected, forming particle cloud trajectories that macroscopically extend and expand into a three-dimensional spacetime interface. The basic unit of the energy field, the energy body, possesses a spacetime parameter limit and a reference quantity particle trajectory structure with regular patterns. This structure is analyzed by deducing equivalent quantities from the constant spacetime mass of equipment orbits through distinct interactions.

[0072] The basic unit energy body of the gravitational field has entangled particles of different quantities forming a spacetime parameter interval trajectory body. The distribution law of the internal interval structure morphology of the unit body, the reference particle pair interval orbit of the spacetime parameter limit constant of the same atom, and the equivalent reference of the uniform effect of the interval of the spacetime parameter limit constant of the trajectory, have the energy intrinsic quantity particle cloud trajectory body structure and the atomic intrinsic structure orbit composition calculation and analysis.

[0073] The equivalent of the interaction between dissimilar particles is applied to the conservation of momentum and kinetic energy, as well as the ideal elastic collision theorem. The intrinsic interactions of atoms, referencing the particle trajectories, constitute the phenomenon of moving particle clouds. This involves analyzing the existence of dissimilar particles or quantum velocities, the equivalent of the interaction between dissimilar particles, and the spatial parameter properties at distinct intervals, based on the distribution density of basic units and changes in density intensity distribution. Referring to the interaction intervals of macroscopic atomic particles in their orbits, the intrinsic particle pairs within atoms, considering their velocity and spatial existence, the limiting constants of spacetime parameters, and the orbital references, along with the velocity and radius of the particle pairs and their momentum, constitute the energy equivalent of the interaction between dissimilar particles.

[0074] An object of mass *m* belongs to a gravitational field with a certain flow rate and has an attractive force *a*. Different flow rate energy fields only result in different attractive forces *a*. For Earth, *g* = 9.8 m / s², and for the Moon, *a* = 1 / 6 * g.

[0075] The basic unit of the gravitational field is a structural energy body with a reference to the spacetime parameter interval. The interval constant of the particle separation and the extension of the interval range are referenced to the trajectory body and morphological structure. The extension of the spacetime parameter interval limit constant and the transmission speed interval are compared with the reference ratio. It has the basic unit distribution density of the particle cloud and the gradient difference of the energy field flux intensity, which constitutes the interaction between electrons and protons. That is, the interaction between different pairs of the same interval constitutes gravity α and gravitational acceleration.

[0076] F = m electron and proton pair spacing reference to the change in the distribution of orbital particles * a change acceleration = m distinct quantum interaction synthesis of the quantum cloud density and distribution change intensity of the orbital volume * (V'1-V'2) / t.

[0077] 1.1.4.5 Within a certain spatiotemporal parameter interval, the trajectory volume, particle cloud density, n-order quantity, particles / t interval are constant.

[0078] The fundamental quantity of the gravitational field, the particle cloud density, changes with the transmission velocity within a certain range, and the reference energy body's transmission spacetime parameters have stable values. That is, the particle cloud density of the trajectory volume, relative to the limiting constant of the unit spacetime parameter, has a fixed internally distinct quantum cloud density within the fundamental energy body of the energy field. However, the mass particle's trajectory volume, relative to the fundamental energy field's unit quantum cloud trajectory volume, changes with different time parameter intervals relative to the reference energy field's reference energy field. Assuming a fixed particle velocity, the relative change in the particle cloud density trajectory volume reference, with different spacetime parameters, causes the reference mass particle to change its trajectory within a certain spacetime segment, resulting in a change in the particle's orbit, i.e., a change in the distinct interaction, and a constant force on the corresponding acceleration.

[0079] The energy field contains the basic unit energy flow, which has a category of basic unit quantum cloud trajectory body morphology interval structure. The basic unit energy occupancy and category of the same structure have different mass plasmids, and the reference interval counteracts the effect. The density intensity of the same mass plasmid particle cloud changes in a similar way, which constitutes the effect of different mass acceleration changes and the derivation of the force is certain.

[0080] 1.1.5 The interaction between energy bodies and intrinsic plasmids of atoms, and the relationship between non-particles and definite particles or quantum ontological properties.

[0081] The equivalent of the distinct interaction between the energy field and the plasmid is F = mp_plasma mass * a_acceleration.

[0082] For particles with different relative masses, if the velocity changes but the acceleration remains constant within the same energy field, then the gravitational acceleration due to the energy field and atomic mass, along with the total impulse of the particle cloud based on the reference trajectory volume, are constant.

[0083] Acceleration is related to the intrinsic particle velocity of an atom and the change in quantum velocity within the basic unit interval of the energy field. It is independent of the unit time interval. Acceleration is directly proportional to the change in the distinct particle cloud at the interface of the trajectory body, constituting a direct proportionality between the mass of the atom and the force exerted. The proportionality coefficient, that is, the uniform change in the velocity of the particle cloud at the trajectory body interface, constitutes the mass change acceleration relationship.

[0084] The change in atomic mass is not directly proportional to the velocity of the particle itself within a certain range, but is directly proportional to the limit constant of the relative spacetime parameter of the particle trajectory and the difference in relative velocity of the quantum cloud.

[0085] The spaced structural forms of distinct quantum trajectories constitute the basic unit of the energy field. The relative spacetime separation of the distinct quantum trajectory particle cloud, the difference between the distinct and unified changes the velocity difference, and the acceleration of the mass object is proportional to the gravitational effect. The equivalent of the gravitational effect is proportional to the mass.

[0086] The Earth's gravitational acceleration g = 9.8 m / s², is proportional to the intrinsic basic unit energy volume of the gravitational field flux, and also proportional to the unified change of the quantum cloud trajectory volume within the structure of the basic unit energy volume. The interaction between the distinct interfaces determines the value of g, which has a unified relationship with the unit volume of the quantum particle's attribute and the combined equivalent of the interaction between the distinct quantum particles, constituting a quantum cloud. The quantum orbital interval reference is the existence of the limiting constant of the spacetime parameters of the distinct non-particle and the definite particle. The quantum reference attribute v, quantum velocity = 10⁴ * c, the speed of light, and the combined equivalent attribute volume of the distinct interaction have a unified relationship with the manifestation of the particle mass within the atom.

[0087] 1.2 Analysis of the working principle of the energy body thrust design framework theory for aircraft based on the deconstruction of the imagery.

[0088] 1.2.1 Microscopic Analysis of the Mutual Interactions between Atoms and Gravitational Energy Bodies

[0089] The three-dimensional intervals of spatiotemporal parameters have attribute references and different reference objects, which constitute the extension of the interval spatiotemporal attribute parameter range and the interval to which the reference object belongs.

[0090] The energy itself, as a fundamental unit, interacts with opposing polarity particles, which are entangled and share the same direction of transmission. With reference to the fixed interval of the spacetime limit constant of the reference object, it consists of two entangled particle clouds, sharing the same direction of transmission. The entanglement and interaction of these particles, along with the energy derived from their interaction, and the multiple entangled particles, create a reference point within the spacetime limit constant interval of the particle cloud. The unique morphology of the particle cloud trajectory community and the direction of transmission form a fundamental unit energy body with a unique morphological structure and direction of transmission. The Earth's gravitational field, acting as a reference point for the fundamental gravitational action of atoms, interacts with the entangled particle clouds and the intrinsic particle orbits of atoms, resulting in acceleration g. The macroscopic interaction extends the interval parameter range, exhibiting mass antagonism. This exists within the microscopic mass particle interaction, where the interval parameter mass electrons and nucleons form a particle cloud, antagonizing the macroscopic surface within its interval, possessing the equivalent of plasmid antagonistic action.

[0091] Different energy fields, with different energy units of distinct quantity particles entangled and propagating in different directions, form a special structural community with a relative interval as a reference particle cloud.

[0092] The basic unit of energy consists of particles of opposite polarity interacting and synthesizing vectors and entanglement rates v_quantum velocity = 10^4 * c_speed of light, and a reference interval interval extending t_particle cloud induction N times, F*t interval = M_initial vector * v'_particle * N_particle times - M_initial vector * v"_particle * N_particle times, atomic interaction deduces mass resistance m_electron or m_type nucleon induction on m_particle orbit N times, taking electron velocity v_electric as an example, F*t interval = m_electric particle mass * v'_electric particle velocity * N_electric particle times - m_particle mass * v"_electric * N_electric times, F_electric *t interval = m_atomic mass * a*t interval, atomic gravity g.

[0093] Time interval and spatial interval, atomic radius r, diameter 2r, time interval t = 2r / (v electron velocity * N electric cycles), particle entanglement and particle cloud analysis with fundamentally different energies.

[0094] 1.2.2 Gravitational Theory: Relative Atomic Reference Pair Energy Body Analysis

[0095] The energy field is a basic unit of energy body, which has the deduction of the entanglement and antagonism of the particles of its own quantity, and the spacetime limit constant interval reference, forming a gravitational antagonism of particles with different masses.

[0096] The fundamental unit of gravity, the basic energy body, exists in the same direction of transmission. Opposite particles with mutually different properties, acting as a reference to a unit area perpendicular to the same direction of transmission, exhibit constant intervals between the properties of these particles and the mass of atomic particles, with a vector direction and a comparative vector value. Certain particles and non-precious particles, respectively, exhibit motion characteristics in their respective directions of transmission and their own trajectories, with a unit area perpendicular to the direction of transmission. Certain particles possess equivalent vector directions and particle cloud morphological characteristics, with a constant interval between relative equivalent properties. Non-precious particles, relative to certain particles, exhibit mutual induction and their own trajectories. At the perpendicular interface of the direction of transmission, opposing particles with opposite properties display motion characteristics at the perpendicular interface of the same direction of transmission, compared to their own direction. Relative to the direction of transmission, opposing equivalents of opposite properties exist. The equivalent of the trajectory of the certain particle cloud is greater than that of the non-precious particle cloud trajectory. Referring to the structural characteristics of the particle cloud morphology, the vector synthesis of particle clouds at the same perpendicular interface of the direction of transmission, and the deductive opposition of mass effects, reveals the interaction between certain particle quantum clouds and induction. Non-precious particle quantum clouds exhibit chain induction, with a constant interval of attractive force equivalents existing in the direction of transmission.

[0097] 1.2.3 Analysis of the relative categories and intervals of energy bodies and atoms in relation to the internal structural laws.

[0098] 1.2.3.1 Analysis of the inherent reference spacing structure of energy bodies and atomic pairs.

[0099] The inherent quantum mutual induction of the basic energy unit, the particle cloud trajectory body's spatial structure and morphological characteristics, are respectively interpreted in relation to the antagonistic effects of the orbits or energy flows of three types of mass particles within the atom. 1. The mass particles belonging to the energy body of the basic energy unit, relative to the spacetime parameter interval, possess mass particle cloud trajectory bodies, constituting the inherent mass particle cloud trajectory body of the basic energy unit, and with reference to the spacetime parameter interval, possess the spatiotemporal interval structural characteristics of the mass particle cloud trajectory body. Meanwhile, the inherent mass particles of the atom, with reference to different spacetime parameter intervals, exhibit the relative antagonistic effects of the mass of the particle cloud trajectory bodies belonging to different particle categories. 1. Electrons, relative to the spacetime interval, form electron trajectory body particle clouds. 2. Protons and neutrons move separately, and with reference to the relative motion time interval, they form nucleon trajectory body particle clouds. 3. Electrons and protons, etc., interact in pairs, exhibiting the antagonistic effects of motion mutual induction, forming three-dimensional particle pair trajectory body regular structural morphological characteristics.

[0100] The morphological characteristics of the particle cloud trajectory and the interval structure of the mutual induction interaction correspond to the intrinsic category of mass particle orbit or particle cloud trajectory. It has a comparative reference for different interval intervals of spatiotemporal parameters, the basic unit quantum cloud morphological interval structure, the interval reference and the transmission direction velocity of the basic unit energy body, the corresponding transmission resistance atomic diameter distance interval, and the comparison of the interval reference for different particle cloud spatiotemporal parameter attribute categories.

[0101] 1.2.3..2 The relative mass of the atom, the velocity of the plasmid, and the radius of the atom constitute the category interval of the spatiotemporal parameter, which has the deductive comparison of the antagonistic effect between the category particles and the interval reference particle cloud.

[0102] The constant limit category of the spatiotemporal parameter is compared with the interval of the reference, and the deduction of the mutual interaction is used to form the interval structure morphological characteristics of the trajectory community of the particle cloud formed by the mutual entanglement and chain induction of multiple particles in the basic energy unit. The interval of the mass particle cloud with the relative spatiotemporal parameter attribute category of the atomic intrinsic particle has different interval interval extensions and comparisons of the spatiotemporal parameter, which constitute the same antagonistic deduction equivalent. The extreme values ​​of the similar synchronous straight line vectors of the spatiotemporal parameter attribute category morphological characteristics are synthesized, and the average values ​​of the intersecting vectors of dissimilar interval morphological characteristics are derived.

[0103] The quantum cloud trajectory body's interval structure morphology characteristics and transmission direction velocity, relative to the reference atomic radius interval, and the velocity of the particle itself within the atomic category, as well as the category interval comparison ratio, form a particle orbital antagonistic effect on the mass plasmid, and has a point impulse equivalent to the attribute category parameter interval comparison reference, the point impulse momentum has a mutually exclusive deductive quantity particle cloud trajectory body n point impulse process is certain, the point impulse momentum constitutes the mass plasmid acceleration exists, and has a velocity change gradient acceleration is certain.

[0104] For a given flow rate of basic unit energy body, the flow rate h constitutes the h flow rate intensity occupancy rate, which in turn determines the antagonistic effect through n point impulses * h flow rate intensity. This antagonistic effect on atomic mass plasmids is equivalent to the antagonistic effect, and has a certain acceleration.

[0105] Based on the fact that Earth's gravitational acceleration g is equal to Moon's gravitational acceleration 6*a, the acceleration of mass particles in Earth's gravitational field, and the acceleration of mass particles in Moon's gravitational field, determine the intensity of the flux. Assume that Earth and Moon form a basic unit energy body within the gravitational field. The atomic categories of planetary mass particles have a similar quantum cloud trajectory structure morphology, with a occupancy rate similar to that of the basic unit energy body. The extreme values ​​of similar vectors are synthesized synchronously, and the average values ​​are synthesized by intersecting dissimilar vectors. Referring to different fluxes, and comparing it to Sun's gravity, which has a basic unit energy body with a quantum particle cloud trajectory structure morphology, different fluxes and categories have different occupancy rates.

[0106] 1.2.3.3 Comparative Analysis of the Spatial-Temporal Parametric Attributes of the Internal Structure of Energy Bodies and Atoms

[0107] Set the space-time attribute category interval to which the fundamental unit energy body of the gravitational field belongs, the interval with the integral spatial distance of the fundamental unit is defined as the fundamental unit space node s, and the interval with the time is defined as the fundamental unit time node t. Assume the velocity of the fundamental unit energy body of the gravitational field in the transmission direction, and the velocity in the light transmission direction is c=(2.99792458*10^8+400)m*s^(-1),

[0108] Taking the hydrogen atom as an example for the gravitational fundamental unit energy body, the time node of the T gravitational quantum particle in the transmission direction = 2*r atomic radius / c speed of light, and the time T for the fundamental unit energy body of the gravitational field to pass through the hydrogen atom = (2*r atomic radius + s energy body space node) / c speed of light, where the distance r between the electron and the proton of the hydrogen atom is 5.3*10^(-11)m.

[0109] The time node of the T gravitational quantum particle in the transmission direction = 2*5.3*10^(-11)m / (2.99792458*10^8+400)m*s^(-1) = 3.5358*10^(-19) seconds.

[0110] The time T for the fundamental unit energy body to pass through the atom = the time node of the T gravitational quantum particle in the transmission direction + s fundamental unit energy body space node / (2.99792458*10^8+400)m*s^(-1) = 3.5358*10^(-19) + s fundamental unit energy body space node / c speed of light,

[0111] The time node T for the internal electron of the hydrogen atom to orbit the nucleus for one full circle, the hydrogen electron time node = 2*3.14*r / c electron velocity, c electron velocity = 10^6m / s, the hydrogen electron time node = 2*3.14*5.3*10^(-11) / 10^6 seconds = 3.3284*10^(-18) seconds. Then the electron cloud trajectory body T2 formed by the internal electron or nucleon of the hydrogen atom respectively is greater than the hydrogen electron orbital period time node = 3.3284*10^(-18) seconds.

[0112] Then the time T for the gravitational fundamental unit energy body to pass through the atom = 3.5358*10^(-19) + s fundamental unit energy body space node / c speed of light < the hydrogen electron orbital period time node.

[0113] The gravitational fundamental unit energy body possesses mutually entangled particles. Referring to the fundamental unit energy body passing through the atom at time interval T, it undergoes a point impulse deductive process. The time energy interval and the space energy interval, with their mutually entangled segments, are linked, forming a rotating cloud trajectory of the unit particle. Based on the deductive analysis of the antagonistic interaction with the hydrogen atom, the mass of the electron m is 9.11 × 10^(-21) kg, the mass of the proton m is 1.007276 u, the mass of the neutron m is 1.008665 u, and the mass of the neutron u is 1.6660566 × 10^(-27) kg. Earth's gravitational impulse on a hydrogen atom F = (q energy volume particle cloud trajectory volume * f particle cloud trajectory volume occupation action resistance coefficient 1 * n particle point impulse) * (h flow rate * f flow rate containing basic unit energy volume resistance action energy volume occupation coefficient 2 * m particle opposing and different relative interaction deductive process synthesis initial equivalent) = m hydrogen atom * g, g relative equal gravitational force g = 9.8 m / s^(-2).

[0114] The gravitational force of a hydrogen atom in a gravitational field is Fm = G * m_Earth * m_hydrogen_atom / r^2, where G = 6.7 * 10^(-11).

[0115] Analysis of the physical significance of the antagonistic relationship between quantum and quantum particle cloud trajectories and their effects on motion.

[0116] The orderly motion of quantum particles, along with the entanglement and induction of dissimilar quantum particles, constitutes the orderly light-speed transmission of quantum particle cloud trajectories. This induction has different physical meanings. The spacing structure of the quantum particle cloud trajectories, as well as the gaps in the spacing structure of the atomic internal particle cloud trajectories and the time reference comparison, allow for different analyses of the gravitational forces of the dissimilar interactions.

[0117] Analysis of the phenomena of particle cloud trajectory space and time segment with different interval structure morphology characteristics, and their permeation and non-permeation on the spatiotemporal interaction of the atomic internal plasmids: 1. Non-interaction antagonism, mutual difference, overall permeability; 2. Partial occupancy action antagonism, permeation; 3. Mutual difference action, overall antagonism, scattering and reflection; 4. Interval structure morphology characteristics dissimilar, mutual difference, non-interaction antagonism, penetration, etc.

[0118] Atoms possess inherent, complete, and free rotation, with regular particle orbits. The composition and non-composition of particle cloud trajectories provide a comparative reference. The energy field category of particle cloud trajectories interacts differently with the transmission in the same direction. This interaction affects the internal particles of the atom, and the different relationships between particles, resulting in particle cloud trajectories with different similar or dissimilar interval structures. The spatial and temporal relationships of these particles are comparable or dissimilar, and their relative interactions provide a reference for interaction and non-interaction. The internal structural and temporal characteristics of the particle cloud trajectories, along with their internal spatial and temporal relationships, and the different interactions and non-interactions of different energy bodies, constitute a comparative category of the different transmission interactions of different energy bodies.

[0119] The gravitational field's basic energy body exerts distinct gravitational forces on the atoms of an object. The relative energy body and atoms have separate empty segments and time segments, and the transmission speed of light is in the same direction. For different types of energy bodies, the transmission time T passing through the atom is equal to T_gravitational force particle time segment in the transmission direction + s_basic unit energy body empty segment / (2.99792458*10^8+400)m*s^(-1) = 3.5358*10(-19) + s_basic unit energy body empty segment / c_speed of light.

[0120] For the velocity of the electron-proton pair within the atom relative to the periodic empty node and time T_hydrogen-electric node = 2 * 3.14 * r / c_electron velocity, c_electron velocity = 10^6 m / s, T_hydrogen-electric node = 2 * 3.14 * 5.3 * 10^(-11) / 10^6 seconds = 3.3284 * 10^(-18) seconds.

[0121] Atoms refer to the trajectory of particle clouds, forming a three-dimensional interface where the motion of electron clouds exists. This is in contrast to the trajectory of particle clouds within the energy body, which is synchronized with the motion of particle clouds within the three-dimensional interface. They have similar or dissimilar reference characteristics in terms of trajectory interval structure and morphology, and their internal empty segments and time segments are synchronously formed or not formed references. The complete system resists changes in motion laws, while the incomplete system alters and does not resist permeability and penetration. They are different but do not affect each other's existence.

[0122] The energy body and the atom's internal categories of voids and time periods are referenced differently. The S energy body void / C light speed is compared and analyzed. The gravitational energy body void, < light wave energy body void < electromagnetic wave void are compared and referenced respectively, which constitute the verification of physical phenomena with different penetration categories.

[0123] With a wavelength of 400 nm to 760 nm as the reference, the time T of light energy passing through an atom = the time T of the gravitational particle in the transmission direction + s of basic unit energy space / (2.99792458*10^8+400)m*s^(-1) = 3.5358*10(-19)+s of basic unit energy space / c speed of light.

[0124] The time it takes for light to travel through an atom is calculated as follows: T = 3.5358 * 10^(-19) + 4.00 * 10^(-7) / (2.99792458 * 10^8 + 400) seconds = 3.5358 * 10^(-19) + 1.33423 * 10^(-15) seconds.

[0125] The time it takes for light to travel through an atom from T is 3.5358 * 10^(-19) + 7.60 * 10^(-7) / (2.99792458 * 10^8 + 400) seconds = 3.5358 * 10^(-19) + 2.53505307 * 10^(-15) seconds. Therefore, 3.5358 * 10^(-19) seconds and 1.33423 * 10^(-15) seconds...

[0126] The comparison up to 2.53505307*10^(-15) seconds can be omitted, and =2*3.14*5.3*10^(-11) / 10^6 seconds =3.3284*10^(-18) seconds.

[0127] If the time interval of light energy T is greater than the time interval of hydrogen electron cycle T, then the time interval for the cloud trajectory of the fundamental unit particle inside the atom is between 1.33423*10^(-15) seconds and 2.53505307*10^(-15) seconds.

[0128] The reference within the atomic internal electron contrast light time-varying region has a considerable antagonism between the particle cloud trajectory body and the light passing through the atomic time-varying particle cloud. The reference with energy body and atomic internal particle to particle cloud trajectory body interval structure features similar characteristics, with complete antagonism between atoms, complete scattering impermeability, and the gravitational field energy body variation region empty space is smaller than the light energy variation region.

[0129] The time T of the gravitational field energy passing through the atom is 3.5358*10^(-19) + s of the gravitational field energy body empty period / (2.99792458*10^8+400) seconds. Therefore, the time T of the gravitational field energy passing through the atom is less than or equal to the time T of the hydrogen electron cycle or the time of the particle cloud trajectory body. The reference comparison is not equivalent. The gravitational field energy body and the atom's internal particle orbit point collision, and the complete antagonistic effect of the non-gravitational field type energy body changes.

[0130] The T gravitational field energy passing through the atomic time period region is compared to the T hydrogen electron period region, which is between 1 / 100 and 1. This is a reference comparison. In other words, it is an analysis of gravitational field energy penetration and gravitational permeability.

[0131] The electromagnetic field energy body's empty section and time-varying region, referencing the light body's empty section and time-varying region, 2r / v light speed + s electromagnetic wave energy body empty section / v light speed > T atomic internal electron period, has dissimilar particle cloud spacer structure morphology characteristics to matter atoms, and the particle cloud interface region proportions are not equal, constituting a verification of the penetrating physical phenomenon, but for the conductive free electron T free electron period chain extension reference, for the dissimilar electron chain particle cloud trajectory body, it has synchronous resistance absorption complete resistance non-penetration.

[0132] 2. The role of deconstructing imagery in constructing the theoretical framework for aircraft energy body thrust design.

[0133] 2.1 Analysis of the superposition theory of spatially spaced atomic particle clouds by the displacement of outliers

[0134] 2.1.1 The essence of similar superposition theory

[0135] The basic unit of energy and flux is related to the thickness of an atomic mass object, i.e., the vertical plane projection is related to the uniformly distributed, superimposed particle cloud trajectory, the reference of the trajectory layer and the three-dimensional morphological characteristics, and the interaction between the energy category particle cloud trajectory and the maximum uniform distribution thickness of the relative cross section with the equivalent design.

[0136] 2. Deconstructing the Imagery of Functions to Construct the Theoretical Framework for the Energy Body Thrust Design of Aircraft

[0137] 2.1 Analysis of the superposition theory of spatially spaced atomic particle clouds by the displacement of outliers

[0138] 2.1.1 The essence of similar superposition theory

[0139] The basic unit of energy and flux is related to the thickness of an atomic mass object, i.e., the vertical plane projection is related to the uniformly distributed, superimposed particle cloud trajectory, the reference of the trajectory layer and the three-dimensional morphological characteristics, and the interaction between the energy category particle cloud trajectory and the maximum uniform distribution thickness of the relative cross section with the equivalent design.

[0140] like Figure 3 The special m-atomic cross-section is similar to the superposition theory, referring to the flat interface area of ​​the same transmission direction of the energy body. The similar electron clouds or category nucleus clouds belonging to the same special atomic unit space-time interval flat interface area are superimposed. On the same flat interface, the special atomic volume and diameter cross-section on the same rotation curve are similarly superimposed, forming the overlapping distribution of particle cloud trajectory bodies with the same diameter cross-section. It has the rotational blade velocity and three-dimensional intervals of empty nodes and time nodes respectively. In the basic unit energy body empty nodes and time nodes equivalent regions of the same transmission straight line, there are multiple integers, which constitute the deduction of the interaction between the same energy and the different energy, and the design of the limit of the basic unit energy body and the flow occupancy rate.

[0141] 1. The intrinsic energy particle cloud trajectory and the special atomic particle orbit are mutually opposite, and have certain spatiotemporal parameter attributes. The interaction interval is equal. The interaction category interval between the intrinsic energy particle cloud trajectory and the special atomic particle orbit is compared with the proportional reference. The interaction derivation point impulse quantity, the mass m plasmid and the gravitational basic unit energy body, and the flux constitute F=ma, and there is a certain reference gravitational field.

[0142] On the same area of ​​the flat interface, the displacement projections of dissimilar points are superimposed on the orderly and uniformly distributed electrons and nucleons of the special atoms, forming a gravitational field containing basic unit energy bodies. The relative magnitude of the impulse at the point of antagonistic interaction is referenced to the morphological characteristics of the particle cloud trajectory body interval. Similar to the particle orbit and particle cloud trajectory body of the same special atom, the similar particle cloud interval structure morphological characteristics exist. The extension of the antagonistic interaction interval interval exists, which increases the gravitational mass of the interaction. Compared with the non-permeable occupancy rate of the energy body flow, the equivalent of the antagonistic interaction on the plane area increases, and the acceleration is increased.

[0143] On the vertical and horizontal flat interface, the three-dimensional non-permeable energy body antagonistic action is deduced. For the basic unit energy body and the special atomic internal particle structure, the relative intervals of the antagonistic action are compared with the ratio of the interval categories, and the antagonistic action is deduced by the extension of the interval categories.

[0144] 2.2.2 Similar to the superposition theory conditions.

[0145] Similar to the superposition theory, the ordered order lies on the same rotating circle, such as... Figure 3 b linear velocity v = w angular velocity * r radius, the composite velocity v1 of the boundary distance s1 curve on the same circumference, the relative time interval boundary interval s2 refers to v2, has the same linear velocity rotation on the curve, the composite curve of linear velocity and curve velocity (v'2-v'1) / t = a, the uniform acceleration a at each point on the curve, the integer product of the displacement distance of different points corresponds to the energy body transmission space and time section.

[0146] Between different special atoms, there are similar particle cloud trajectories. There is no mutual repulsion between the single particle cloud trajectory of the special atom. The particle cloud is evenly distributed at the interval flat interface and has three-dimensional interval morphological characteristics. The acceleration gradient of the displacement of different points in the same rotation curve is constant. The projection constitutes a similar particle cloud trajectory with the same area and uniform distribution.

[0147] The non-repulsive, mutually different, and continuous trajectories of particles with the same special atomic internal structure have antagonistic, deductive, interval-extending, and penetrating effects. On the vertical and horizontal flat interfaces, the impulse equivalent of the interval action points of the special atomic internal particle structure and the basic unit of energy body on the same straight line, relative to the interval extension of the spatiotemporal parameters, constitutes a theoretical condition similar to superposition.

[0148] Similar to the superposition theory conditions, for the shape and rotation speed of the special atomic flat layer interface region, the relative spacetime parameter belongs to the category of limiting constant, the interval distance and time, the multiplicative integer pair of the antagonistic deduction of the category of limiting constant of the spacetime parameter, the interval energy body and time, constitute the projection superposition theory between different atoms with the same structure, and constitute the design of the action equivalent F=ma theory.

[0149] b. The gravitational field of a celestial body is constant. The basic unit energy body of the gravitational field, the morphological characteristics and flux intensity occupancy of the internal quantum cloud trajectory body, and the antagonistic interaction between the internal mass of the atom, the orbital structure of the particle cloud trajectory body, and the morphological characteristics of the interval structure are deduced. 1. The displacement of the opposite point has a projection similar to the uniform and orderly arrangement of special atoms superimposed on the same flat interface. The interval limit constant of the spatiotemporal parameter category is used for comparison and reference design of the antagonistic interaction of the particle clouds of different masses. 2. The interval space and time of the spatiotemporal parameter category on the vertical line of the same flat interface are compared. The continuous deduction and extension of the penetration and interaction between special atoms, and the analysis and design of the non-repulsive interaction between the common particle cloud interval structure morphological characteristics of special atoms are discussed.

[0150] 3. The rotation between special atoms and the regular spacing between dissimilar atoms constitute an energy body. The particle cloud trajectory body is connected by the space section and the time section of the energy body. The relative changes in the space section and the time section are compared with the internal particle orbit of the special atom. The change in the region of the particle cloud trajectory community is formed, and the corresponding energy body interacts with each other to resist the change.

[0151] The rules of region expansion and rotational speed determine the displacement of different points. The cross-sectional area of ​​special atoms of the same category is unified, forming a common plane interface. The particle cloud trajectory is connected to the body projection, which is similar to the superposition effect theory analysis. It has specific spatiotemporal parameter attributes. The intervals are different relative to the reference object. Different intervals are connected to each other and change the unity, which constitutes the equivalent of the action. The single region expansion rule and velocity, the equivalent of the action F=ma of the displacement projection of the same special atomic particle cloud on the same fixed plane area, and the design of the entire flight upper region shape for n*F=n*m*a.

[0152] 2.3 Different reference objects form a similar superposition theory analysis of reference and penetration.

[0153] A gravitational field category is defined by its basic unit energy body and flow rate, with a straight transmission direction. Reference is made to the mass particles of atoms at rest, and the internal particle cloud trajectories exhibit either repulsion or non-repulsion. In the transmission direction of the energy bodies between different units, the energy bodies and atoms are considered to have similar or dissimilar internal particle cloud trajectories, exhibiting antagonistic effects. For the spatial interval structure, whether horizontal or vertical, the electrons or nuclei relative to their own periodic empty segments and time segments, as well as the empty segments and time segments of the particle cloud trajectories, are compared and considered. Different units and particle cloud trajectories exhibit similarity and synchronization, unified straight-line transmission, antagonistic vector superposition, and synthesis. Dissimilar effects exhibit a certain degree of antagonistic intersection and permeation, with different changes in the permeation and antagonistic effects. Energy bodies with different basic unit structural characteristics within the reciprocal gravitational field share common quantities. A comparative analysis of the antagonistic equivalent and permeation degree of the comprehensive superposition effect is conducted.

[0154] Projecting onto a flat interface, particles or particle cloud trajectories with spatiotemporal parameters are relatively superimposed. Atoms, distinct in composition, form a three-dimensional spatiotemporal mass. Along the same horizontal or vertical straight line, atomic particle cloud trajectories are arranged differently, alternating and filling mutually repulsive or special non-repulsive three-dimensional spatiotemporal superpositions. Atomic matter exists on non-uniform straight lines. Reference energy is transmitted along the same straight line, with atoms alternating between mutually repulsive or special non-repulsive arrangements along the same straight line. Atoms with the same alternating arrangement and thickness d in the same direction exhibit opposing forces that alternate the particle cloud trajectories, changing in different directions. Projecting onto the same vertical or horizontal flat interface, particle cloud trajectories are superimposed with different rules, penetrating and exhibiting opposing forces with varying occupancy rates.

[0155] 1. Different gravitational energy bodies exert opposing forces in the same direction of linear transmission, exhibiting a penetrating transmission direction. The internal particle cloud spaces and time periods of these relatively dissimilar atoms continuously change their transmission directions. 2. Reversible gravitational fields, with positive or negative gravity, consist of particle cloud trajectories forming basic unit energy bodies with spaced structures. Their different patterns of spaced spaces and time periods are compared, and the internal particle cloud trajectories of dissimilar atoms, arranged alternately in different orientations, repel or do not repel each other, forming a single unit plane interface projection. Different types of particle cloud trajectories, with their mass m and thickness d, possess equivalent basic unit energy bodies and flux occupancy rates, constituting a mutually reversible and jointly comprehensive opposing force, resulting in increasing equivalent forces. 3. Reversible gravitational fields, with their different patterns of particle cloud trajectories and spaced structures, each possess different flux intensities and occupancy rates. Their own spaced spaces and time periods are compared, and the reversible gravitational fields exert penetrating gravitational forces on atoms and the different thicknesses of the atomically dissimilar mass bodies in different directions, resulting in different common comprehensive equivalent forces. Gravitational energy bodies penetrate and transmit thickness between atoms, exhibiting a reference to the existence of a plasmid with the same accelerating mass. This analysis examines the characteristics and patterns of this penetration transmission within the intrinsic structure of the energy body and atoms, referencing the energy body's permeation and transmission mechanisms.

[0156] Superposition theory, a three-dimensional spacetime mass of an object, with the reference energy body's transmission direction being different from that of the matter atoms, and relative horizontal and vertical projections onto the interface of the planar layers, analyzes the composition of the particle cloud trajectory. For individual atoms and different types of atoms, for basic unit energy bodies of different types, different antagonistic effects are deduced, and the equivalent and the parameter attributes of the equivalent are compared with the intervals and time periods.

[0157] The intrinsic structure of a single atom, the basic unit energy body with the same spacing structure of the same category, the particle cloud trajectory body spacing structure morphological characteristics similar to the antagonistic effect, the antagonistic effect deduces the equivalent maximum value of the synthesis, the equivalent maximum value corresponds to the parameter attribute of the corresponding quantity and the comparison and analysis of the empty section.

[0158] b. Different atoms, with longitudinal thickness parallel to the transmission direction, alternate on the same straight line with different atoms, and the particle cloud trajectory volume is superimposed on the d thickness volume range, which constitutes the basic unit energy body of different flow categories. They work together, with relative reference to the mutual inverse gravitational field, and compare the combined effect of equal flow intensity and unit category energy body.

[0159] c represents the energy intensity occupancy rate of different categories of basic units in the flow composition. The opposing or non-opposing effects of the internal structures of different categories of atoms on the overall equivalent are used to deduce the common comprehensive equivalent. The corresponding properties of a certain equivalent are compared with the time period for a comparative analysis of the similar patterns.

[0160] According to the superposition theory, gravitational energy bodies extend and transmit in the same direction of transmission between different atoms, and gravitational energy bodies synchronously penetrate between atoms. This is because the gravitational force is formed by the comparison of the spacing between the internal particle orbits of the atoms.

[0161] The superposition theory refers to the non-repulsive particle cloud trajectories between reference atoms. Through regular motion, the gravitational force stretches the particle cloud trajectories. The non-repulsive continuous action between atoms and the extension of the voids constitute the extension of time. The particle pair orbital motion forms a particle pair cloud trajectories. The spacing structure and morphological characteristics of the gravitational force particle cloud trajectories are similar and equivalent, completely resisting non-penetrating. The non-penetrating comparative reference effect of the same gravitational field energy body exists.

[0162] Two Figure 4 The particle cloud trajectory projected onto the horizontal or vertical flat interface reveals a similar change inherent in superposition theory. This constitutes an antagonistic effect, deducing the equivalent and the parameter attributes of the equivalent, along with the intervals and temporal patterns. It serves as a continuous reference benchmark for the analysis of the linear transmission of relative energy bodies.

[0163] Based on similar superposition theory, the expansion rules of the planar interface region formed by the atoms of different directions, the displacement of the opposite point in the rotational speed region, have longitudinal and lateral opposite point displacements. The relative region references the projected area or interval of the planar interface, and has the velocity and velocity comparison gradient gap and time law. The analysis of the continuous reference of the linear transmission of the energy body constitutes the analysis of the linear transmission of the energy body.

[0164] Special atoms and the intrinsic particle structure of special atoms of the same kind have non-repulsive particle cloud trajectory bodies, relatively reversible gravitational field categories, basic unit energy bodies and intrinsic quantity particle cloud trajectory bodies, forming interval structure morphological characteristics and regular reference, with anti-penetration effect deduction, category comparison proportion similar anti-effect deduction equivalent and maximum value, the equivalent parameter attribute interval space section and time section regular comparison are equivalent to form, and the anti-effect analysis is corresponding to the anti-effect of the mutual reversible gravitational field.

[0165] 1. Referring to a certain reference point in the linear transmission direction of the basic unit energy body, the displacement of special atoms at different points in the region, relative to the reference basic unit energy body, in the straight line of transmission between nodes and empty nodes, constitutes the relative acceleration between different special atoms on the horizontal or vertical flat interface projection, the superposition of the trajectory bodies of electron or nucleon particles, having the morphological structure of particle cloud trajectories with orderly and uniform arrangement and density, while the unified and consistent particle cloud trajectory bodies are similar to superimposed density, with the orderly and uniform spatiotemporal three-dimensional morphological structure of electrons or nucleons, having the intensity of the flux in a single reciprocal gravitational field, and the internal structural energy body of the same basic unit, and the internal structural cloud of atoms. The trajectory bodies have similar morphological characteristics in their interval structure. In the direction of transmission of the equipotential gravitational energy bodies, the direction remains unchanged and the interaction continues. The density superposition area of ​​the trajectory bodies of the atomic particle cloud is uniformly projected onto a single ordered order. The morphological characteristics of the interval structure of the energy body and the internal particle cloud trajectory bodies of special atoms are uniformly compared and similar in proportion. The category of empty nodes and the time node multiplier integer [A] are compared and referenced. The mutual inverse gravitational field contains a single basic unit of internal regular structure energy body for the category strength. The positive or negative forms a mutual inverse gravitational field. For special atoms and atoms of the same category that are different from each other, the maximum value of the antagonistic effect mass and the maximum value of the deductive synthesis equivalent are shown. The gravitational field category effect equivalent is different.

[0166] The two dissimilar atoms are superimposed on each other, forming a distribution effect in the same direction. This effect does not change the linear transmission direction of the gravitational energy body and has a continuous multiplication effect to counteract it.

[0167] Similar to superposition theory, 1. Different special atoms of the same category have different expansion rules and rotation speeds in relative regions, forming a comparison between the integer multiplication of time and space nodes and energy bodies. Referring to the comparison of the internal space nodes and time nodes of the basic unit energy body of the same category, it has a similar superposition theory of mass particle cloud trajectories, unifying and consistent the morphological and structural characteristics of similar particle clouds of the same category, acting in opposition to each other. 2. In the same straight line direction of the mutual inverse energy body transmission, the reciprocal gravitational fields have a comparison of the occupancy rate of the same category in different directions, as well as the occupancy rate of flow intensity. This constitutes a relative equivalent of the action on the basic energy bodies of the same category, and the increase in the comprehensive category equivalent of the intensity action leads to an increase in the particle acceleration, with an analysis of the limiting constant range.

[0168] Similar to superposition theory, displacement at different points, superposition of special atomic masses projected onto the same straight line, the mass of m atoms increases per unit direction, the relative rotation speed and the different expansion laws of the region shape, the comparison of empty sections and time sections with reference to multiply the integer, the comparison of horizontal and vertical directions, the analysis of the acceleration interval limit, and the analysis of the limit interval of the superimposed atomic mass of m.

[0169] Similar to superposition, for mutually inverse gravitational fields, there is a flow occupancy rate for each category. For similar superposition theory, there is a certain strong occupancy rate flow reference antagonistic effect equivalent. The antagonistic effect increases the a value for the same category of flow intensity as it increases.

[0170] 3. The non-repulsive particle cloud trajectory community void between special atoms is equivalent to the reference light energy void benchmark analysis for the category energy void.

[0171] Particles between distinct atoms move in a regular pattern, forming a single direction of light-speed transmission. The particles within the atoms do not repel each other's cloud-like trajectories. The particle cloud-like trajectories between atoms collectively form a single extended void. Gravitational energy transmits this extended void between atoms. At time T = 2r, the distance between the identical particle cloud-like trajectories between distinct atoms is / c_speed of light + s. The gravitational energy void is / c_speed of light. The void between atomic communities extends, with the interval r extending to a light body void region between 400 nm and 760 nm as a reference. The energy body and matter atoms scatter and reflect, and the antagonistic effect deduces a non-permeable transmission maximum value, possessing the characteristics of particle motion between distinct atoms. The rules are unified and the intervals are synchronized by the penetration of gravitational energy bodies. The interaction between the particle cloud trajectory bodies and the particle cloud trajectory bodies is antagonistic. The non-penetrating effect of the antagonism is manifested. It has the unified constraint of the rules of motion between atoms and the design based on the speed of light as the reference benchmark. The interval between atoms and the rules of motion are non-repulsive and the interval between them is larger than the interval between light bodies. The time interval is smaller than the electron period and the time interval is not equivalent. The interval between special atoms is contracted. It has the internal particle cloud trajectory body non-construction. It impacts the orbital interval point and compares the degree of penetration. It has the constraint standard of the interval and time interval of the particle cloud trajectory body between special atoms. It is based on the reference of the interval and time interval of light bodies and the design of the region of equivalent change of the effect of the antagonistic force.

[0172] Reciprocal gravitational fields, with different intensities of gravitational force in different reciprocal directions, are distinguished by their energy categories and basic unit energy bodies. They are compared with specific atoms and regions with different displacements, and the gravitational vectors and equivalents are different.

[0173] 2.4 Analysis of the change in the equivalent effect of similar superposition theories

[0174] 2.4.1 The category intervals and the time and space intervals of different reference objects, the intervals on the trajectories or orbits of different categories of particle clouds, and the antagonistic deductive comparison of the effects of the interval structure position on the same spatiotemporal attribute parameter intervals constitute a superposition theory analysis similar to that of the basic unit of energy body.

[0175] 1. Using the atom as a reference and the basic unit energy body of the gravitational field category as a reference, assuming it travels at the speed of light, it has time intervals and spatial gaps when passing through the atom in the direction of transmission. Comparing the time intervals and gaps of the basic unit energy body itself, the relative transmission direction is unified at the speed of light, and the orbital diameters of the electrons and nuclei of the acting atom, the periodic time intervals and gaps of the electron and nuclei rotation speed are referenced. The time intervals and gaps when the basic unit energy body of gravity passes through are compared. The orbits of the electrons and nuclei and the basic unit energy body of the gravitational field, the time intervals and gaps of the particles passing through the atomic diameter, have particle cloud trajectory bodies with different gravitational field category interval structures. These correspond to the particle cloud trajectory bodies or orbital interval patterns of different atoms, forming similarities and dissimilarities in the morphological characteristics of the particle cloud trajectory bodies on the orbits and the interval structures of the electron and nuclei basic unit particle cloud trajectory bodies. The antagonistic effects are used to deduce the equivalent region changes.

[0176] 2. Gravitational field categories, basic unit energy bodies and flow intensity, relative to the same atomic plane interface, with spatiotemporal parameter interval reference, mutually different basic unit energy particle cloud trajectory bodies, composition of interval structure categories, morphological characteristics, laws of the law, relative to the same plane interface reference, flow inherent basic unit energy bodies, mutually different, with particle cloud trajectory bodies, common comprehensive superposition, containing occupancy rate corresponding to atoms or special atoms, fixed electron or nucleon orbits, and mass, plasmonic cloud trajectory bodies, interval structure categories, morphological characteristics, similarity and dissimilarity, antagonistic action, deduction of equivalent change region, F = ma on a acceleration gradient difference quantity domain design, on point impulse quantity common comprehensive superposition theory, according to the conservation of action and reaction force, F atom = m atomic mass * a acceleration = m mutually different quantity particle synthesis initial quantity value * (v1-v2) / t * n times * f action occupancy coefficient 1 * h flow * f flow action occupancy coefficient 2.

[0177] 2.4.2 Using the gravitational field as a reference, the relative gravitational counteracting effect is referenced to the superposition theory of atomic mass.

[0178] An atom's electrons and nuclei, belonging to a specific category, possess fixed orbits. The velocities of the electrons and nuclei within an atom are determined by the basic circumferential space intervals and time intervals. Within these fixed orbits, relative to a reference point greater than the circumferential space intervals and time intervals, the atom exhibits both an electron cloud trajectory and a nucleus motion cloud trajectory. By comparing the spatial and temporal parameter attributes and their intervals, and through reverse reasoning, the gravitational field's basic unit energy body exerts a symmetrical and antagonistic effect on the atom's internal particle cloud trajectory within the same spatial and temporal interval.

[0179] Within a special atom, there exists a basically complete electron and nucleon cloud trajectory, which is non-repulsive. It is similarly applicable to the change of the basic unit energy body and flux of the gravitational field on the orbital particle cloud trajectory. Relative to the basic unit energy body of the reference category on the orbit, the internal time and space of the particle cloud trajectory with different interval structural morphological characteristics belong to the interval equivalent on the orbit and the internal particle cloud trajectory of the basically complete special atom on the orbit. It has the wide applicability of the basic unit energy body and flux of the reversible gravitational field category, and the maximum value of the similar structural law effect. At the same time and space interval structural position, the occupancy rate of the action is analyzed and designed for the F atom = m atomic mass * a acceleration.

[0180] Similar to superposition theory, the three-dimensional spacetime intervals, the horizontal flat interface and the vertical flat interface are referenced respectively. The horizontal flat interface refers to the specific particle cloud trajectory body within the special atom, which is fixed. For the basic unit energy body and the separate flux of the gravitational category, there are different basic unit energy bodies and intensities. The relatively complete empty segments and time segments of the particle cloud trajectory body within the special atom, and the non-repulsive orbits, are compared with the integer multiplication of the light speed time segment and empty segment of the basic unit energy body and flux of the gravitational category. This constitutes the reference for the continuous effect of the non-repulsive changes in the spacetime parameter attributes of the electron and nucleon motion orbits. For the particle cloud trajectory community and the basic unit energy body and the different flux of the category, the internal quantity particle cloud trajectory community interval structure is similar, with continuous integer multiplication point impulses. The relative category interval extension, the flux intensity point impulse superposition theory is used to analyze the composition of F atom = m atomic mass * a acceleration.

[0181] Referring to the basic unit energy bodies and mutually different flux intrinsic quantity particle cloud trajectory bodies contained in the reciprocal gravitational fields, the effects on the intrinsic structure of special atoms and the interval structure of particle cloud trajectory bodies are similar to fixed changes, and the antagonistic effects are deduced as F atom = m atomic mass * a acceleration to form the design reference.

[0182] Compared to similar superposition theories, for special m-atoms with the same spacetime parameter attributes in a three-dimensional spacetime category, the horizontal and vertical flat interfaces are referenced respectively. The horizontal flat interfaces reference the internal empty segments and time periods of special atoms. There are projections of dissimilar point displacements between special atoms onto the horizontal flat interfaces, forming a non-repulsive distribution similar to the superposition of particle cloud trajectories belonging to the same category of special atoms' flat interfaces. There is a comparison of empty segments and time periods belonging to dissimilar point displacements, and the empty segments and time periods of the basic unit energy body of the gravitational field are referenced for analysis and design. On the same spacetime parameter attribute category interval structure, the horizontal flat interfaces project dissimilar point displacements. The displacement time periods and empty segments are compared with the empty segments and time periods of the basic unit energy body of the gravitational field. There is an ordered and uniform distribution of the projection superposition of the internal particle trajectory body interval structure morphology characteristics of special atoms. The category intervals are relatively referenced to the same spacetime interval structure position. The basic unit energy bodies of the mutually reversible gravitational field categories and their contained fluxes have separate empty segments and time periods. The projection superposition of dissimilar point displacements of different special atoms onto the horizontal flat interfaces constitutes a non-repulsive interaction condition. The rotational displacement of the opposite point has lateral and longitudinal acceleration and linear velocity. The reference category energy body and the basic unit energy body are different and have fixed flow rates. The different displacements of the opposite point are projected onto the atoms, and the empty section and time section are superimposed. The relative extension changes the value range of the parameter attribute, and the multiplication of the integer comparison reference is used. That is, F atom = m atom mass * a acceleration, and the mass design is superimposed on the m atom mass.

[0183] The displacement of different points is referenced relative to the transverse and vertical interfaces, respectively. The rotational acceleration and linear velocity between the different atoms are projected to form categories of time nodes and empty nodes. For the same space-time interval structural position, there is a region with limit constant change. The existence conditions of critical minimum and critical maximum values ​​of empty nodes and time nodes are respectively determined. The basic unit energy volume and flux of energy categories are fixed. The transverse and longitudinal projections of the displacement of different points of different atoms form a superimposed distribution. The mass maximum and unit atomic minimum m of the ordered uniform particle cloud trajectory volume are analyzed.

[0184] Simultaneously, referring to the transverse and vertical flat interfaces of the special atoms at the point of displacement, the superposition maxima of the non-repulsive particle cloud trajectory between the special atoms, and the relative dissimilarity of the extension and change of the empty and time nodes, with the reference benchmarks of the light energy empty and time nodes, it has a complete counteracting effect, a maximum value of the deductive equivalent of the non-penetrating effect, and respectively has the basic unit energy body and flux of the gravitational field category. Comparing the time nodes and empty nodes of the dissimilarity basic unit energy bodies, the relative light speed transmission direction through the atomic time nodes and empty nodes has the distribution of the superposition maxima and minima of the non-penetrating intensity of the energy body on the increase of the counteracting effect, and the analysis and design of the g value.

[0185] 3. Deconstructing the Theoretical Framework for the Design of the Energy Body Thrust Function of Aircraft through the Deconstruction of the Functional Image

[0186] The front and back sides of the blades, in relation to the mutually exclusive and reversible transmission of gravitational fields, select intervals for structural morphological characteristics of the energy bodies, which are compared and controlled relative to the gravitational reference G = mg, and are related to the mass m and the Earth's gravitational acceleration constant g, but independent of the object's shape. However, for the simulated gravity principle construction of the aircraft's thrust components, it is necessary to select mutually reversible transmission characteristic energy bodies whose directions and values ​​control the acceleration a and g values ​​relative to the load forces m and m, forming mutually reversible energy bodies and the contact surface with the plasmid at a certain value of a, constraining different degrees of acceleration, and possessing corresponding regional expansion category rules and speed change designs.

[0187] 3.1 Comparative analysis of the acceleration a value of the energy reference effect on the energy body by referring to stationary plasmids or plasmids with out-of-point displacement [referring to out-of-point displacement in the linear direction of energy transfer].

[0188] 1. Analysis of the equivalent properties of the interaction between stationary plasmids and energy bodies, including the acceleration vector and its constituent factors.

[0189] The physical and chemical properties of atoms and the particles that combine to form a spacetime body with internal intervals, interact with each other through mutually opposing gravitational energy bodies. These mutually opposing gravitational fields contain spacetime energy bodies with different types of basic unit quantity particle cloud trajectory interval structures [A1-2]. The morphological characteristics of the spacetime bodies within the corresponding mass plasmids are similar and compared in proportion to the changes in the spacetime body morphological characteristics caused by the interaction of different particle cloud trajectory interval structures. The external common spacetime coordinate interval is a static reference relative to the plasmids [external interval refers to the spacetime parameter coordinate positioning, and the external parameter interval is the spacetime interval in the process of comparing the interaction between the energy body and the internal interval of the plasmid]. Different mutually opposing interactions, mutually opposing particle cloud morphological characteristics, and antagonistic selection changes occur, constituting the interaction of different external interval static mass plasmids with the type of internal interval structure spacetime bodies. The overall mass mutually opposing interaction changes the polarity and value range of the equivalent attribute.

[0190] The interaction between plasmids and energy bodies, the change in the motion vector of the mass plasmid, and the comparative analysis of the proportion of changes in the occupancy of different types of flow intensities of the reciprocal energy bodies, as well as the simultaneous change in the selection of mass plasmids and reciprocal energy bodies, including the comparative proportion of occupancy, constitute the range of changes in the acceleration a-value limit constant. The flow intensities of the energy body type correspond to the permeation and non-permeability of the mass plasmids. The different polarity directions of the energy properties of the reciprocal selection and the changes in the proportion of the volume volume constitute the theoretical verification of the physical phenomena of gas motion in nature.

[0191] The experiment compares the interaction between externally acting plasmids and energy bodies, considering the common intervals, the relative flow intensity of different types of atoms and compounds at rest, the effects of transmission and penetration of plasmids of different masses, the changes and non-changes in polarity of the selected properties of reciprocal energy bodies, and the unified vector direction of penetration. It also compares the proportion of flow intensity of the same category, the relative external intervals of plasmids of different masses at rest, the interaction between energy body particle cloud trajectories and plasmid orbits with acceleration α, the field energy and the same category of transmission flow intensity, the changes in the interval structure of particle cloud trajectories of different masses, and the similarity of morphological characteristics. The experiment compares the static acceleration limit constant g of the interaction with the reference stationary plasmids.

[0192] b. Different types of atoms and compounds are stationary relative energy bodies. The particle cloud trajectory body and the particle trajectory body have similar morphological characteristics due to their interval structure and the changes in their effects. The corresponding empty nodes and time nodes are also equivalent. They constitute non-permeable energy bodies. The vector direction changes. Different types of unit energy bodies are resisted by mass plasmids. The resistance between atoms changes. The change of the equivalent acceleration a value range of the reference mass plasmid motion is considered. The non-permeable field energy flow intensity of different types of unit energy bodies is compared with the proportion of their different effects. This constitutes the analysis of the a value range change.

[0193] c. Gravitational field energy, different categories of basic unit quantity particle cloud trajectory interval structure energy body, transmit the same type of flux intensity comparison ratio, mutual interaction deduction antagonistic manifestation, with mutual reference external interval stationary plasmid action mass equivalent attribute polarity and volume different intervals, or field energy body different categories of unit energy body reference change, field energy body has different categories of corresponding mass plasmid special structure spacetime body similarity and dissimilarity, different relative degree change.

[0194] Referring to the interwoven gravitational fields of Earth, the Sun, and the Milky Way, and considering the special structural flow intensity energy bodies with specific unit spacetime intervals, hydrogen, lithium, gases, and compounds exhibit similar special spacetime particle cloud trajectory interval structures. By processing atoms using physical and chemical methods, altering and increasing the morphological characteristics of these special spacetime particle cloud trajectory interval structures, the similarities and dissimilarity of corresponding field energy bodies are analyzed. The proportions of permeable and non-permeable changes in different categories of flow intensity unit energy bodies are compared, along with the relative proportions of different types of interactions. This constitutes a unified experiment on the physical phenomena of gas motion in the air and the interaction of gravitational fields with energy.

[0195] Analysis of the acceleration interval of the α-value comparison between the relative reference plasmid and the energy body during the movement of 2-interval heterogeneous points.

[0196] The gradient changes in the relative displacement velocities of heterogeneous plasmids with reference energy sources in opposite directions reflect the mutual selection of different types and flow intensities of the energy sources. Comparing the proportions of these interactions constitutes the transmission effect of the vector changes in permeable and non-permeable energy sources between atoms. The interaction between different atom and compound categories corresponds to the proportion of the same category's unit energy intensity, and the comparison of the proportions of different categories' unit energy intensity and the intensity of the interactions. This corresponds to the intrinsic variation of the limiting constant range of the heterogeneous displacement 'a' value between the same plasmids, constituting a mass-effect equivalent control experiment.

[0197] The energy body and the plasmid spacetime body interact antagonistically with each other. The stationary plasmid, positioned by spatial parameters relative to the spacetime coordinates, undergoes a transmission interaction with the opposing energy bodies. This interaction involves the stationary plasmid changing its acceleration g-value, a limiting constant, and the equivalent of the opposing interactions at intervals. Furthermore, the energy body and plasmid spacetime bodies, positioned by spatial parameters relative to the opposing energy bodies, and the same unit plasmid undergoing external interactions with a common interval and a certain acceleration gradient range at different points, all affect the equivalent of the opposing interactions. The energy body and plasmid, within their internal intervals, change their opposing velocities in opposite directions, and the intervals of their combined external interactions change. This interaction, involving the change in the mass and the plasmid's acceleration a-value vector and magnitude, constitutes an analysis of weightlessness or hypergravity.

[0198] 3.2 Analysis of the equivalent control of the action of the spaced-out displacement.

[0199] 2.1 The rules for expanding the region shape and the changes in the rotation speed range are mutually exclusive and uniform. The corresponding selection of the energy body and the plasmid's internal spacer structure are compared with the similar proportions and morphological characteristics [similar spacer structure refers to similar particle cloud trajectory bodies, but the comparison of different attribute time and space parameters is not uniform, and there is a comparison proportion similarity analysis], which constitutes the external reference point displacement [with three-dimensional coordinate projection and separate spacer displacement, generally referring to the displacement in the direction of the energy body's transmission line] intervals, which together change the equivalent control.

[0200] The same basic unit of energy body refers to the velocity change of displaced particles at intervals, and compares the velocity change gradient at the same coordinate point. Referring to the internal special quantity particle cloud trajectory body interval structure of the basic unit of energy body, it is applicable to the internal orbital law of the basic unit of spacetime body of special atomic mass particles. The corresponding particle cloud trajectory body interval structure morphological characteristics are similar. The displacement of displaced points is the inherent fundamental aspect, which exists in the continuous interaction between special atoms. The continuous attribute property state of the interaction equivalent is unified and consistent. The continuous interaction change of particle cloud trajectory bodies between special atoms is uniform and non-repulsive. The interaction equivalent is continuous and non-vector and quantitative identity change of the interaction between displaced particle cloud trajectories of special atoms. Therefore, the orbital law of special atoms is the same, and the interaction change is similar to the energy body law structure morphological characteristics, and the non-repulsive interaction equivalent attribute change. The study of the inherent repulsion and resistance of atomic trajectories, and the repulsion and resistance of atomic docking, is based on fixed inherent characteristics. It involves the external intervals of the interaction between the energy body and the plasmid, as well as the relative displacement of opposite points [by changing the corresponding angular velocity range through regional expansion category rules, relative spatiotemporal coordinate positioning reference, with regular characteristic interval displacement between particles on the rotating region surface, referred to as opposite point displacement. It also has three-dimensional coordinate projection displacement, generally referring to the projection displacement in the direction of the energy body's transmission line], and has externally changing velocity gradient references in opposite directions. The inherent energy of the basic unit energy of the field energy body, the particle cloud trajectory interval, and the structural morphological characteristics of the particle cloud trajectory interval in spatiotemporal interaction with the plasmid are similar to fixed inherent characteristics. The external regular characteristic intervals of the relative displacement of opposite points change gradients in opposite directions, referencing the corresponding selection of the spatial interval of the external mutually different interaction between the field energy unit and the plasmid. It has the quantity of particle cloud trajectory or the particle cloud trajectory structure interval stretching and contracting velocity gradient, constituting the control design of the equivalent change range of the mutually different interaction of the thrust components of the aircraft.

[0201] By selecting different field energies to manifest gravity, comparing the maximum value of the acceleration g-value with the reference constant of the mutually different action equivalents, analyzing different equilibrium intervals corresponding to attraction, weightlessness, and hypergravity, different directions of the force reference attribute, different types of force and vector polarity of the object, and the limit constant interval of the volume, a design is formed to control the change of polarity direction and the limit constant interval of the internal mutually different intervals corresponding to the external intervals facing each other or in opposite directions.

[0202] 1. Different energy fields refer to the spatial structure and morphological characteristics of the particle cloud trajectory within the same special atomic plasmid. The applicable comparison ratio is similar, and the displacement of different points has a similar change to the spatial section and time section of their respective parts. The corresponding mutually different effects are manifested. It has a design that controls the range of the limit constant of gravitational acceleration a value and the direction of property polarity.

[0203] 2. The energy body causes the displacement of different points between regional plasmids, and the gradient of the stretching or contraction speed changes within a certain interval of the relative regional external interaction. It refers to the basic unit quantity particle cloud trajectory body interval structure of the energy body selected by the corresponding field, and the morphological characteristics of the particle cloud trajectory body interval structure of the distribution of special mass atomic plasmids. The unified change of the effect corresponds to the internal similarity, and the relative change of the empty section and time section of each corresponding to the equivalent and different reference effects. The energy body with the same gravitational field selected category quantity particle cloud trajectory body basic interval structure morphological characteristics, corresponding to the different polarity directions of gravity and the characteristic law control of the interval of the volume limit constant.

[0204] The fundamental intrinsic quantity of field energy, the particle cloud trajectory body, and the intrinsic particle orbital laws of the blade body atoms constitute the particle cloud trajectory body. They are separated by structural morphological characteristics that are similar or dissimilar, and the displacement of the regional dislocation points corresponds to the corresponding changes in the empty section and time section. They are mutually different and comparable or dissimilar, and have a penetrating transmission effect. The transmission effect of the energy body attribute vector change is non-penetrating, which constitutes the control of ma to continuously increase or decrease m. The total area and mass of the particle spacetime basic unit are combined with the thickness force control experiment.

[0205] 3.2.2 The characteristic interval of the shift law of the region shape difference point has the corresponding selection of different field energy bodies and types of atomic internal particle structures, the mutual difference of the external action interval corresponding to the comparison and change, the stretching and contraction of different acceleration gradients, the comparison of the mutual effect equivalent characteristics of the same coordinate spatiotemporal positioning, the change of particle cloud trajectory interval structure morphology characteristics, and the applicability of the stretching or contraction interval structure morphology characteristics of the docking community, from dissimilar to similar, and the internal comparison of the energy volume particle cloud trajectory body with the empty section and time section respectively, and the control analysis of the law of the mutual difference of the interval effect equivalent.

[0206] The external separation between different points of the corresponding region of the plasmid is compared with the time reference acceleration of the interaction between the plasmids by the relatively different energy units, or the time reference velocity change of the interaction between the plasmids by the spaced different energy units, which is compared with the contraction. This is related to the internal categories of particle cloud trajectory structure intervals in the Earth's gravitational field, magnetic field, solar gravitational field, and galactic gravitational field, respectively, and has corresponding external different reference effects at different intervals, resulting in acceleration gradient analysis. Forward rotation, forward stretching, reverse contraction, and reverse rotation, respectively, change the particle cloud trajectory structure according to the special particle orbital laws of different categories of plasmids. This, along with the selection of the basic unit's internal category of special quantity particle cloud trajectory interval structure corresponding to different gravitational field energies, constitutes the corresponding acceleration change at different intervals in spacetime, and is compared with the change in the equivalent characteristics of the mass effect of the plasmid belonging to the same coordinate.

[0207] 3.2.2.1 The relative shape of the field energy unit volume corresponds to the rotational speed, which constitutes the theoretical analysis of the characteristics of the particle displacement interval law.

[0208] The relative shape of the energy unit in the field changes uniformly with the rotational speed, forming different regular characteristics of the displacement interval of external particles. Referring to the three-dimensional projection linear interval of the same spatiotemporal parameter positioning coordinate, they respectively have the external action interval relative to the reference acceleration gradient stretching or contraction change, and the internal particle displacement change of special atoms corresponding to the action time interval is compared and analyzed.

[0209] The field energy body and the intrinsic spacetime of atoms, respectively, affect the fixed intervals of the basic unit intrinsic quantity particles or particle cloud trajectories of the category spacetime parameter, the fixed rules of the region expansion category, the change of the extension interval for a certain rotational speed, and the change of the displacement interval of the intrinsic particles of special atoms in the leaf-shaped body. The external linear intervals of dissimilar plasmids and the energy body are used as a reference for the action of the same external interval time. The analysis of the interval structure of the basic unit spacetime parameter particle cloud trajectory body of the field energy body category, and the unified action of the morphological characteristics of the interval structure of the particle cloud trajectory body of the plasmid, are used to change the interval distribution and time segment patterns. The relative intervals of dissimilar actions are common, with the basic unit mass plasmid's action changing the category interval structure of the particle cloud trajectory body as a reference benchmark. The basic unit interval structure of the field energy body is similar, and the relative time action of the acceleration gradient of the dissimilar point displacement stretches and contracts. The interval of the field energy body category and the interval of the mass particle time interval correspond to the time interval. The difference between the interval structure and the time interval is equivalent. The difference between the relative attribute parameters changes the difference between the dissimilarity and the similarity between the interval structure and the difference between the dissimilarity ...

[0210] b. External action intervals and their corresponding differences in displacement patterns, corresponding to changes in the regional expansion category rules, and a certain rotational speed, for the same similar field energy body category intervals and mass plasmid spatiotemporal category interval structures, and the external interval acceleration stretching and contraction, external interval stretching or contraction, referring to the basic energy body remaining unchanged, for the atomic particle orbital laws to form particle cloud trajectory body empty segments and time segment action changes uniformly applicable, and the atomic particle cloud trajectory body action stretching or contraction changes, atomic particle cloud trajectory body stretching or contraction, for mass plasmid change motion characteristics change, action equivalent change, energy body and plasmid interval structure empty segments and time segment correspond to the benchmark, antagonistic action non-penetrating enhancement, and the interval structure morphology characteristics change from dissimilar to similar, equivalent mass antagonistic equivalent attribute polarity vector and magnitude range change characteristics. Differential displacement, referring to the regional expansion category rules and a certain rotational speed interval corresponding to change, at the same time has different ordered order mass of differential plasmid spatiotemporal bodies to control action equivalent design.

[0211] 3.2.2.2 Analysis of the characteristics of displacement interval at different points by unifying the changes in the relative shape of the mass plasmid with the corresponding rotational speed.

[0212] Special atoms, molecules, and compounds, each with different categories of special basic units, exhibit spatial-temporal intrinsic spacing structure distribution patterns. The non-repulsive orbital differences of particle cloud trajectory bodies have wide applicability. That is, the effect of particle cloud trajectory body spacing structure morphological characteristics changes the unified docking community. The spatial-temporal parameters of the basic unit single plasmid, the intrinsic particle orbital spacing structure distribution pattern, and the spatial-temporal parameters of the particle orbital spacing structure distribution pattern of different categories of basic unit special atoms constitute the energy body of the particle cloud trajectory spacing structure distribution of different categories of basic units in the gravitational field. The effect of the particle cloud trajectory body on the particle cloud trajectory body is uniformly stretched or contracted, and the equivalent external spacing accelerates the contraction or stretching. It has a corresponding direction of empty nodes and time nodes, enhanced non-permeable and different effects, and similar but different equivalence analysis of spacing structure morphological characteristics, from dissimilarity to similarity, and the characteristics of equivalence dissimilar point displacement spacing patterns.

[0213] The inherent spacing structure of the basic category of special atoms and the inherent spacing structure of the spatiotemporal combination of plasmids on the blade surface exist, corresponding to the spacing of different points of displacement. Referring to the basic unit spacing structure characteristics and transfer flux intensity of the same category of field energy body, there are different categories of special atoms. The mutual interaction of field energy bodies to stretch and contract the external spacing acceleration gradient constitutes the mass antagonistic equivalent characteristics of the mutual interaction of similar spacing, which changes the morphological characteristics of the spacing structure of the particle cloud trajectory body of special atoms, and the stretching or contraction acceleration of the particle cloud trajectory body. It has the effect of changing the particle cloud trajectory community, and the direction of the attribute polarity vector and the volume reference. The field energy body and the plasmid particle orbital empty segment and the time segment correspond to the equivalent reference interval control. The special atoms between different points of displacement have the distribution of the morphological characteristics of the inherent spacing structure of the basic unit spatiotemporal parameters of the single plasmid, and the distribution of the morphological characteristics of the spacing structure of the combination category between special atoms are changed in the unified experiment.

[0214] 3.2.3 Analysis of the relative parameter constraint function of the interval between the energy body and plasmid with different internal spacing and external interaction.

[0215] The total area of ​​the a-zone expansion category rule and the rotation speed are within a certain range. The category parameters correspond to the unified constraint of relative change, forming the characteristic of the displacement interval of different points. The external interval acceleration gradient is constant, and the blade body references the category particle cloud trajectory body, and the effect changes the interval structure of the particle spacetime body. The energy of the particle cloud trajectory body interval structure and the field body category are the basic unit quantity. The mutual interaction is equivalent to the direction of the interval space and the time, or the trajectory body interval structure morphology changes similarly. The external interval reference action velocity change reference between the mutual particle and energy body, the internal interval of the particle and energy body respectively, and the reference action deduces the spatiotemporal characteristic law of the external interval. The relative parameter reference quantity particle cloud trajectory body or particle cloud trajectory body spatiotemporal stretching and contraction comparison experiment constitutes the equivalent benchmark of the interval space and the time, and the interval structure morphology is similar. The polarity of the equivalent attribute of the mutual interaction changes positive and negative, and the limit constant range of the volume changes. The total area of ​​the equal zone expansion rule and the rotation speed are uniformly analyzed on the parameter constraint function.

[0216] b. The dissimilarity of the intrinsic trajectories and interstic structures of the energy body and the plasmid is compared with the equivalence of the external interval acceleration changes between the plasmid and the energy body. This corresponds to the basic unit spacetime interval of the plasmid spacetime and field energy. The external scaling and stretching of the interval and time segment have the manifestation of the existence of mutually exclusive gravitational and supergravity, as well as positive and negative forces. The dissimilarity of the proportion, category and morphological characteristics of the interval structure is changed to similarity, which constitutes the acceleration corresponding to a certain limit constant range. The relative polarity vector and magnitude limit constant range of attraction and supergravity change, and the constraint function of the region shape and rotation speed parameters is unified.

[0217] c represents the reciprocal transfer of field energy flow intensity energy body, positive and negative directions and blade expansion category rules and rotational speed, constituting the polarity of a value positive and negative directions, the mutually different field energy and the spacetime body of the plasmid space-time body interval structure, having category action polarity and volume limit constant, the interval between the action of energy body and plasmid displacement, relative acceleration for mutually different opposite or reverse references, having structural interval and mutually different action of relative acceleration change, mass plasmid space-time body and the whole of the combination, empty section and time section correspond to the energy body respectively as the benchmark, the degree of comparison of permeable and non-permeable mass plasmid space-time boundary body, respectively on the unified experiment of the constraint function of region shape and rotational speed parameter.

[0218] 4. The Deconstruction of the Imagery and Its Role in the Design of the Theoretical Framework for the Energy Body Thrust of Aircraft

[0219] 4.1 Basic theoretical analysis of the regularity and characteristics of the displacement interval between energy bodies and special atoms in the region.

[0220] Relatively speaking, gravitational field energy bodies and solar gravitational field energy bodies are similar in morphological characteristics of certain internal basic unit interval structures of the same type of intensity energy bodies, but they exhibit different gravitational effects on different special atoms and types of internal combination interval structures.

[0221] The solar gravitational field, with the hydrogen atom as the basic unit, has a single spatiotemporal particle cloud trajectory and its altered interval structure. The morphological characteristics and intensity of the solar gravitational field energy volume particle trajectory interval structure are different from the intensity of the Earth's gravitational field, and the interaction between them is manifested as a benchmark, corresponding to different equivalent attribute polarity changes and volume range variations.

[0222] Lithium and hydrogen atoms are located in the same column of the periodic table, sharing an inherently similar particle orbital pattern and exhibiting similar spatial structure and morphological characteristics in their basic unit plasmonic particle cloud trajectories. Lithium and novel hydrogen-containing materials, under the influence of Earth's gravitational field and the solar gravitational field, exhibit similar spatial structure and morphological characteristics in their particle cloud trajectories, corresponding to different energy types and transmission intensities. These characteristics constitute physical phenomena involving the variation of the polarity and value range of mutually exclusive interaction equivalent vector attributes.

[0223] Lithium and hydrogen share similar spatial and temporal intervals and unique structural characteristics, as well as variations in their applicable forms. Relative to the different gravitational fields of the Sun and Earth, different energy bodies with varying flux intensities are compared, resulting in comparative analyses of equivalent attribute polarity and volumetric range. Through the contraction and stretching of the external intervals of the region by displacement at different points, with a constant gradient of the reference velocity change, different gravitational field categories are selected. The energy bodies, specifically the particle cloud trajectory, undergo acceleration, stretching, or contraction, resulting in a change in the particle cloud trajectory relative to the reference. This change in the reference corresponds to a change in the internal interval structure of the corresponding plasmid trajectory, exhibiting similar morphological characteristics and possessing different controls over the equivalent attribute vector polarity and volumetric range.

[0224] The displacement of opposite points between unit energy bodies relative to the shape of the plasmids, the stretching or contraction of the gradient of the external action interval changes the reference benchmark within a certain range, and the special structural morphological characteristics of the cloud trajectory of the basic atomic unit particles with similar and unified characteristics, as well as the spacetime occupancy of the single-interval structure plasmid to the atomic spacetime body, constitute the existence and control of the opposite point displacement relative to the gravitational field unit energy body under the same continuous action.

[0225] Taking lithium atoms as an example, lithium substances contain lithium atoms of high purity, relative regional shape, external displacement interval characteristics, and similar basic category of unit spatiotemporal parameters of particle cloud trajectory volume interval structure morphology characteristics between plasmids. They have different and antagonistic effects with the same unit energy volume continuity, which constitutes the particle cloud trajectory volume interval structure morphology characteristics changed to be similar to the applicability, regional shape mass overall constant change motion unified equivalent attribute polarity and volume interval experiment.

[0226] The fundamental characteristics of the interval patterns of heterogeneous displacement exist, possessing the spatiotemporal intrinsic purity of a single atomic plasmid composed of region shapes, and the purity of the bound plasmids. Otherwise, the interval of heterogeneous displacement in the region shape, relative to the intervals of different types of atoms, the particle cloud trajectory bodies between atoms, have mutually dissimilar binding repulsion or non-repulsion, and the non-repulsive structure of the particle cloud changes to the similarity or dissimilarity of the particle cloud structure morphology characteristics, jointly and continuously interacting. The special intervals of atoms in the spatiotemporal whole of the plasmid, and the distribution structure characteristics of the intervals of categories combined with the spatiotemporal of the plasmid, contain occupancy, refer to the similarity of the trajectory body structure morphology characteristics and the effect of changing the trajectory body similarity, and dissimilarity continuous interaction, the special structural distribution law of the single basic unit interval special atoms, possess purity or binding purity, for the heterogeneous displacement between plasmids, the mutual changes of particle cloud trajectory bodies, repulsion or non-repulsion reference, the energy body relatively mutually dissimilar interaction reflects the control of the surface structure of the region shape. The atomic category composition is based on the characteristics of the displacement law of different points. It has a certain gradient of relative velocity change at intervals. The single particle cloud trajectory volume interval structure is non-repulsive between spatiotemporal plasmid atoms, and is mutually dissimilar and continuous non-repulsive. It has similar morphological characteristics of uniform interval structure, or similar changes in action. It has the same pair of mutually dissimilar actions, with corresponding and equivalent empty and temporal stretching and contraction. It contains flux intensity in the field, and has energy content rate with the basic unit interval structure characteristics of different categories. It also has similar morphological characteristics and similar changes in action, constituting a comparative experiment of mutually dissimilar action, mass plasmid motion equivalent, unified attribute polarity, and volume interval.

[0227] Region a exhibits the following characteristics: relative displacement intervals between different special atoms of the same category; non-repulsive continuity in the contraction or stretching of particle cloud trajectories between dissimilar special atoms; accelerated contraction and stretching of special category intervals relative to different plasmids in the gravitational field's basic unit energy body; non-repulsive continuous purity with different single content occupancy rates of special atoms of the same category; similar spatiotemporal plasmid distribution characteristics in terms of structural morphology and changes in effects of basic unit intervals; continuous changes in the trajectory of the same particle cloud between dissimilarly combined special atoms; similar non-repulsive morphological characteristics of the same structural trajectory body; and experiments on the equivalent polarity and volume range of antagonistic effects.

[0228] b. The inherent depth of the spacetime plasmid spacing structure of different special atoms, permeability and non-permeability, the displacement of different points between corresponding region plasmids, the same particle cloud trajectory and the change of mutual interaction, the formation of similar unified continuous non-repulsive, the corresponding selection of energy body internal space nodes and time nodes correspond to the same, the change of permeability or non-permeability, the gravitational field energy body corresponding to the selection of different types of mass plasmid spacetime combination different comparative control analysis.

[0229] The c-region forms a special atom of the same purity that does not repel each other, interacts with the energy body, and has a mutual inverse gravitational field energy corresponding to the selective transfer flux intensity to control the occupancy rate of the mutual interaction.

[0230] The experiment controls the interaction between different point displacements, particle cloud trajectories and mutually exclusive connections between special atoms of the same purity and non-repulsive connections, forming the same basic unit of energy space.

[0231] The e-point displacement interval alters the gradient range of the particle cloud trajectory volume through contraction and stretching. It describes the external spacing between different special atoms and the same basic unit energy body, showing the interaction between them and changing the reference point. The effects of different types of field energy bodies with varying transmission intensities become apparent. The e-point displacement can change the mutually reversible transmission of the gravitational field. It compares the corresponding selective effects of the special structures occupying the field energy body within the particle cloud trajectory volume of different types of special atoms, and controls the change in polarity and volume range with different equivalent properties. It also has the ability to transmit different types of basic unit energy bodies and intensities, and controls the changes in equivalent volume and polarity of the interaction.

[0232] f. The displacement reference standard is used to define the spatial-temporal plasmids with special atomic purity and uniform basic unit single particle cloud trajectory volume. The spatial-temporal plasmids are separated by the structural morphological characteristics and effects of the spaced particle cloud trajectory volume. The spatial morphological characteristics and effects of the spaced particle cloud trajectory volume change similarity or dissimilarity. The empty sections and time sections correspond to the common chaotic effect to form a permeation and transmission, to the order and non-chaotic continuity of the same effect. The particle cloud trajectory volume between special atoms of the same purity in the region is non-repulsive, and the uniform and orderly morphological characteristics are similar to the structure to control the experiment.

[0233] 4.2 Analysis of the Physical Processing Theory of Equivalent Atom Plasmid Structure Based on the Characteristics of Displacement Interval Patterns at Different Points

[0234] As shown in Figure 5, for lithium atoms and other atoms or compounds, based on the intrinsic physical property indicators of energy-body interactions and referring to the benchmark of mass plasmids and energy-body interactions, the design is based on the requirements for changing the intrinsic physical property indicators of special atoms through physical processing.

[0235] The basic unit energy body of the particle cloud trajectory interval structure morphology characteristics with relative field energy special quantity, has the special structural law analysis of the particle cloud trajectory interval distribution of different types of special atoms with internal spatiotemporal parameters.

[0236] The energy flow and intensity of the basic unit energy body within the field energy, referencing the energy body benchmark of the morphological characteristics of the particle cloud trajectory spacing structure of special basic unit quantities, are combined with the spatial and temporal spacing structure of the internal plasmid particle cloud trajectory of different types of special atoms, and the physical processing and combination of the same type of atoms. This has similar characteristics to the morphological characteristics of the combined plasmid spacing structure and its function, thus constituting the spatial and temporal body of the internal special particle cloud trajectory spacing structure of the atom.

[0237] Taking lithium atoms as an example, within a certain purity range, specific atoms possess a range of applicable physical properties. Through special processing of lithium atoms, including hot forging and cold treatment, a unified and consistent spatial structure of atom-to-atom bonds is formed, resembling a particle cloud trajectory with interconnected structural features. This structure, with its non-repulsive bonding between atoms, achieves a certain hardness and supports the load within a certain equivalent range, exhibiting physical properties such as shear stress extension.

[0238] The distribution pattern of the special interval structure of the particle cloud trajectory body formed by the external combination and bonding of plasmids has the characteristics of physical properties, hardness and stress resistance, and has the benchmark of limiting parameter constant. The critical minimum value does not affect the spatial interval structure morphological characteristics of the lithium atom's internal single special plasmid particle cloud trajectory body. It corresponds to the basic unit interval distribution structure of the field energy body, the particle cloud trajectory energy body of the special category, the minimum value of the mutual interaction, and the spatial interval structure morphological characteristics of the bonding energy between atoms. The spatial interval structure of the plasmid and the internal interval structure characteristics of a single atom have a maximum value for the same particle cloud trajectory body structure characteristics and its effect changes. The same particle cloud trajectory body structure characteristics and its effect change are applicable to similar, mutually different effects with the same maximum value, or dissimilar, mutually different effects with the minimum value of the occupancy rate.

[0239] Between special atoms, the rules of region expansion category and rotation speed within a certain range, the displacement of different points, the basic unit spacetime interval structure energy body, the structural morphological characteristics of the same amount of particle cloud trajectory body, the corresponding particle cloud trajectory body morphological characteristics and their effects change similar spacetime interval structures, and the combination of different point displacement interval structures between different special atoms with non-repulsive plasmids working together continuously, the change of the interval velocity due to the displacement of different points, corresponding to the stretching or contraction acceleration gradient of empty nodes and time nodes respectively, the spacetime of the bond energy plasmids within and between atoms, the unified single special particle cloud trajectory body interval structure of different non-repulsive, and the morphological characteristics and their effects change similar maximum value constant, and dissimilar minimum value constant benchmark, constitute the parameter benchmark for the design parameters of hot forging and cold treatment processes between lithium atoms.

[0240] Hot forging processes, for special lithium atom bonds, chemical properties relative to the atomic and atomic relationships, physical properties and mechanical parameters, and also have corresponding changes to the physical space, water, air and environmental substances. Forging also has applicable process parameter benchmarks, and chemical properties for the expansion of the blade body into a regular category. It is suitable for environmental reprocessing without affecting the parameters of energy interaction, as well as the physical and chemical safety indicators of hot forging.

[0241] Two pairs of special lithium atoms and atoms, and their combinations, are physically processed [hot forging, hot rolling, cold treatment], with experimental control of the physical performance index parameters of the component under stress, and the design of the physical index parameter control of the interaction between mass plasmids and energy bodies.

[0242] The design of blade body shape and thickness is expanded according to category rules. For component physical parameters, the energy gravitational field and flow intensity of equivalent categories are considered, along with the permeable transmission effect and the change in energy body property direction, which alters the non-permeable nature. Relative thickness levels are considered, along with the distribution of flow intensity changes and the comparison of parameter intervals, the mutual interaction and antagonism of basic unit energy body changes, the relative flow intensity occupancy, and the degree of occupancy in relation to permeable and non-permeable thicknesses. The comparison of the flow intensity of the permeable transmission effect with the reference thickness atoms, the change in basic unit energy body occupancy, and the permeable transmission of similar non-vector directional changes, the comparison of the atomic structure of the permeable transmission distribution, and the comparative experiments of physical characteristic property parameter control, constitute the inherent design control indicators for physically processed components.

[0243] The field energy and the mass of the particle object interact differently, with mutually opposing effects serving as a reference. The permeable transmission effect and the change in the vector direction of the energy body interaction are considered. For the basic unit quantity particle cloud trajectory interval structure energy body reference, the equivalent extension range of the mutually opposing effect is considered. The occupancy rate of the intrinsic basic unit energy attribute vector of the category energy body flow intensity is changed, and the occupancy rate is not changed. The reference is that the permeable and non-permeable transmission vector directions are unified and changed, with the polarity as a reference. Comparative experiments are conducted on the occupancy rate distribution of the respective mutually opposing effects.

[0244] Special atoms and velocity-changing gradient special atoms spacetime bodies, relative blade body shape expansion category rules, and rotation speed within a certain range, on field energy, mutual opposite equal effects, and the characteristic of the displacement interval of different points constitute the benchmark reference, on the field energy category flow intensity, the permeability vector unchanged transmission comparison ratio, the non-permeability flow intensity vector polarity direction change transmission, with the flow intensity internal change and non-change comparison ratio occupancy research experiment.

[0245] Physical processing between special atoms, reference to the flow intensity of the field energy body category, thickness and regional expansion category rules and rotation speed, characteristics of the displacement interval of different points, constitute the flow intensity energy body attribute polarity direction change and no change, respectively occupying the comparative proportion experiment, and permeability and non-permeability, transmission direction change and no change flow intensity respectively occupying the proportion, constitute mutually opposite antagonistic equivalent attribute polarity positive and negative, corresponding to the extended interval analysis and calculation experiment of the quantity value.

[0246] 4.3 Design of the extension interval of the parameter parameters of the leaf surface to the external dislocation interval between plasmids in the category of zone shape extension.

[0247] like Figure 6The external displacement interval pattern is composed of the blade rotation speed and blade surface area design, which are equivalent to the acceleration value of the displacement at the opposite point. The blade layer has a blade surface area, and the three-dimensional coordinate projection of the relative rotating blade ring has a comparison ratio between the total surface area of ​​the entire blade and the total area of ​​the concentric ring region. Referring to the blade surface area and the concentric ring area, the contact area of ​​the spatiotemporal composition of the different energy bodies and mass plasmids is compared with the critical ratio of the minimum value of the total area of ​​the three-dimensional projection area and the total area of ​​the concentric ring region. The comparison ratio of the maximum value is critical. The total area of ​​the blade surface area expansion category rule is compared with the total area of ​​the ring region surface area. The rotation speed and the expansion rule of the area are compared with the joint effect of the displacement interval feature at the opposite point. The internal particle cloud trajectory of the special atomic mass plasmid on the different contact surface is arranged in an orderly manner similar to superposition in the same spatiotemporal space. The maximum value of the comparison of the effect of the energy body flow intensity on the mass of the plasmid is compared with the extended interval parameter technical benchmark analysis.

[0248] The external displacement interval is composed of the regular surface of the blade area expansion category, the basic unit intrinsic quantity of the particle cloud trajectory body interval structure morphological characteristics of the mutually different field energy category, the special laws of energy and intensity, the reference blade area rotation angular velocity within a certain range, the comparison of the unit plasmonic spacetime linear velocity of the area surface and the coordinate positioning interval of the area's intrinsic spacetime parameter, and the acceleration a value of the external displacement interval of the mutually different plasmonic spacetime body, which must have a certain mutual mutually different effect. The interaction between the energy and the parameters of the surface particles of the region is interpreted as a change in velocity interval. It has a contrasting acceleration relative to the reference value a during sliding, and a mutual interaction between the energy transmission velocity and the external displacement interval of the opposite point. The displacement interval of the opposite point and the acceleration value a are constant. It has a unified constraint function on the region area parameters, rotational speed, and region expansion category rules. It has a maximum value for the comparison between the total area and the area of ​​the concentric ring region. The parameter function controls the critical interval between the reference maximum value and the minimum value of the force. It is similar to the superposition of the ordered particle cloud trajectory. It designs the extreme value extension interval of the region shape change corresponding to the extreme value region of the force change of the accelerated mass particles.

[0249] The Earth's gravitational field g=9.8 m / s², the external mass bodies and energy bodies interact differently at common intervals, the acceleration a value of the substance stationary relative to the mass body is equal to the critical gravitational g=9.8 m / s² of the mutually opposing energy, the external interval has an acceleration a<g relative to the mass body, forming a weightlessness threshold, and a>g=9.8 m / s² forms overweight. Taking the a=g value as the reference benchmark, the change of relative velocity at the displacement interval of the external different points of the parameters between the surface mass bodies of the regional shape rotation speed and the regional shape expansion category rule is compared and referenced, the a value which is the sum of the vector velocities of the sliding of the basic unit energy body and the acceleration of the external interval of the mass body acting together takes the equilibrium threshold of a=g of the gravitational field energy as the reference benchmark, the positioning of space-time coordinates is compared with the change of interval velocity, the critical interval forms a unified distribution gradient of relative velocity change for the regional shape angular velocity and the surface of the regional shape expansion category rule, the regular characteristic of the displacement interval at different points changes, and the surface design of the constraint function for the change of the equivalent angular velocity and the regional shape expansion category rule is performed. Taking the critical equilibrium acceleration of the applied blade layer rotation vector relative to the different interaction of the energy body and the mass body as the benchmark, and referring to the equivalent corrected conversion vector extreme value interval, a certain total surface area of the blades is formed, which constitutes a comparison proportional limit interval with the surface area of the acting force of the concentric ring. The comparison ratio between the total blade surface and the regional shape area of the concentric ring, the angular velocity, and the weightlessness critical acceleration have the function design reference of the comparison interval of the mass limit constant, and referring to the parameter function of the reciprocal gravitational field energy body and the regional shape mass body surface, the attribute parameter function relationship of the a value changed by the front and back opposite actions is extended and unified designed

[0250] 4.3 Constraint control design of the regional shape expansion category rule and the relative a-value interval limit constant function of the velocity change gradient

[0251] 1. The three-dimensional coordinate projection interval characteristics of the displacement of the external region are changed by the combined effect of the parallel energy transfer direction and the a value of the plasmid acceleration. The rules of the expansion category of the equal region are changed. The total surface area of ​​the leaf body, the two extreme directions are compared, and the proportions of the three-dimensional coordinate projection are compared. There are certain intervals and multiples. The three-dimensional projection interval characteristics of the blade and the rotation speed are compared and analyzed in relation to the empty nodes and time nodes. The spatiotemporal trajectory of leaf surface plasmids, with its shared intervals, forms a complex system of distinct energy fields. External intervals interact and influence each other, creating a field energy body that affects the displacement of different points on the leaf surface. Referring to a certain range of leaf surface rotation speed, comparisons are made using two three-dimensional coordinate projections of the area. [The minimum value of the annular surface changes, the category rules for area expansion change, and the ratio of the maximum value of the leaf surface is compared]. Gravitational field categories, energy volume, particle cloud trajectory, body interval structure, and morphological characteristics are considered. The morphological characteristics of the internal particle cloud trajectory of special atoms and their effects on the interval structure change are examined. The results show a similarity or dissimilarity to similarity, with corresponding empty sections and time periods, and a proportional change in the ratio of empty sections to time periods. This determines the penetration and transmission effect of the energy body on the leaf surface, and the critical point between the change in the basic unit energy body attribute and non-penetration. The experiment controls the range of variation of the distinct forces, the transmission and penetration of the energy body, and the rules for the expansion of the leaf area shape. The experiment also considers the relationship between the rotation speed and the constraint function.

[0252] The three-dimensional coordinate projection of the displacement of the two-zone shape is changed at intervals, and the design is mutually constrained by the sum of the leaf surface area of ​​the zone shape expansion category rule.

[0253] With reference to a certain range of rotational speed changes, the interval of displacement at different points changes with the combined effect, and the changes in the acceleration gradient due to the stretching and contraction of the displacement interval at different points change. This has a corresponding change in the rules governing the expansion of the blade body shape, and the parallel comparison of the energy transfer direction with the minimum values ​​of the annular region surface constitutes a comparative ratio multiple. The sum of the areas is compared with the ratio multiples of the two extreme directions. The spatiotemporal combination of the platelets on the blade body surface interacts with the different field energies, with the ratio multiples of the empty nodes and time nodes respectively changing within a certain range of rotational speed changes. There are changes in the equivalent effect of the displacement at different points between different platelets and the change in the acceleration gradient of the linear interval of energy transfer. The gravitational force and the opposite effect of the field energy body are equivalent to the critical limit, constituting the limit domain of the field energy body on the rotational speed of the blade body, the equivalent and different displacement interval changes, and the platelet particle cloud trajectory of the blade surface, or the energy particle cloud trajectory, are affected by the stretching and contraction of the empty nodes and time nodes respectively. This constitutes the constraint correction design experiment analysis of the extreme value region change function of the interval structure morphology characteristics similar to the change of the platelet particle cloud trajectory.

[0254] 3. Critical reference framework for controlling the limit range of parameters.

[0255] The Moon, planets, the Sun, and the Milky Way, with Earth as the observation point, possess gravitational fields that can form unidirectional gravitational acceleration. Taking Earth's gravity as an example, the critical benchmark of the mutually opposing forces constitutes the analytical experiment of the limiting constant range.

[0256] Taking the Earth's gravitational acceleration g = 9.8 m / s² as a critical reference, relative to the Earth, a mass object moves towards the Earth with an acceleration parameter of g = 9.8 m / s². The lower surface of the surface plasmid spacetime and the mass plasmid as a whole have a critical field energy body that generates a repulsive force on the upper surface plasmid spacetime body. With the comparison of the force of the front plasmid and the reaction force of the back plasmid as a reference, the attractive force, the equilibrium critical weightlessness and hypergravity, the no gravitational force mg gravity critical reference on the surface back plasmid spacetime body, or the interaction between the front plasmid and the back plasmid, the weightlessness critical base point state, the field energy transfer basic unit spacetime energy body and the plasmid mutually interact, with the limit constant range experimental analysis.

[0257] Using the critical point of weightlessness as the baseline, the rotational speed within a certain range is analyzed. The 'a' value changes due to the combined effect of the displacement intervals at different points on the three-dimensional coordinate projection of the blade surface. This changes the expansion category rules of the blade surface shape relative to the rotational speed. The spatiotemporal coordinate positioning reference has the characteristic of mutually restrictive laws of parameters within a certain range.

[0258] Given a certain range of rotational speed or angular velocity w, and a rotational speed radius r, the linear velocity wr is constant. The rules governing the expansion of the region's shape and the change in the three-dimensional coordinate projection constrain the displacement intervals at different points. It has a reference interval between parameters of the circumferential particles on the spatiotemporal coordinates. For the linear velocity v1 = wr, the s-coordinate parameter interval between the unit energy body sliding action of the particles is s2 - s1, and the s-coordinate parameter interval / t-time parameter interval = v2. Therefore, a = (v2 - v1) the difference in velocity vectors / t-time parameter interval. Thus, a is projected in three dimensions parallel to the energy body transmission direction. The magnitude = g critical base point, with the acceleration limit constant g attribute parameter as the benchmark, has a control design that changes the acceleration a due to the common change of the displacement interval at different points, and alters the rule of the expansion category of the region shape. This constitutes a relative control experiment of the interaction between the rotating blade body and the mutually different field energy bodies. Analysis is performed in different intervals of the limit constant g, 0-g, g limit constant, >g limit constant, to control the different equivalents of the interaction between the field energy body and the spacetime mass body of the plasmid. Referring to the characteristics of the displacement law of different points between the blade region shape and the plasmid interval, it has an external reference acceleration extreme value interval function constraint correction benchmark design.

[0259] 4. The difference between the external displacement interval and the internal spacing of the plasmid corresponds to the change in the energy body.

[0260] Attraction and repulsion are the polarity balance comparison of the same-direction transmission of energy bodies based on spatiotemporal coordinate positioning, and the relative reference analysis between the spatiotemporal bodies of the blade matrix structure by the energy bodies. This study investigates the surface formed by the matrix, the overall structure between the matrices, the permeable transmission effect of the mutually inverse field energy bodies that selectively perform different interactions with the energy bodies respectively, and the impermeable different effect that changes the energy attribute direction of the basic unit of the corresponding selection category of the mutually inverse field energy bodies, and conducts unified analysis on the internal essence theory to form the structural analysis of the interaction between field energy and the different mass matrix spatiotemporal bodies.

[0261] For the blade body with the rule of region shape expansion category, at a certain rotational speed, the trajectory body of the common energy body particle cloud or the trajectory body of the particle cloud with the spatiotemporal structure of special atomic matrix is subjected to stretching or contraction changes. With reference to the weightlessness critical base point, the system has the balance of attraction and repulsion of the field energy body, or the critical experiment of permeability and impermeability between the energy body and the mass matrix.

[0262] Forward rotation and reverse rotation are respectively opposite or opposite to the different-point displacement intervals in the energy body transmission direction, and jointly act to produce stretching or contraction changes. When the equivalent region shape expansion category rule and the rotational speed change to a certain extent, gravitational forces in different polarity direction intervals at the weightlessness balance point are formed. Weightlessness and overweight in the same direction are compared, and a unified theoretical research on the internal essence is carried out through the comparative experiment of the interval structure of the internal particle cloud trajectory body of the mass matrix caused by the external different-point displacement interval and the internal interval of the particle cloud trajectory body structure with the opposite selection of different and mutually inverse field energy bodies. a For forward rotation, relative to the spatiotemporal coordinate reference of the Earth and the mass of stationary matter, the equivalent mg of the gravitational motion form is the largest, and the acceleration of the stationary mass is the largest, which indicates that for the energy body in the internal interval of the basic unit of the forward gravitational field, between the field energy flow and intensity and the internal interval structure of the relative reference, the spatiotemporal coordinates are positioned, and the energy body and the matrix have respective internal intervals. The common action of the different external points and the different-point displacement intervals in the energy body transmission direction changes and compares the maximum value of the reference interval, that is, the maximum value of the difference comparison ratio multiple between suction and repulsion, which is the critical reference point for the maximum gravitational force.

[0263] b For the direction of the Earth's gravitational force where the matter has mass, the relative acceleration is between 0<a<g. Between the flow intensity of the gravitational field energy and the interval structure of the internal particle cloud trajectory body of the energy body based on the positioning spatiotemporal coordinates, there is a spatiotemporal trajectory interval of the object mass matrix, which is reduced in comparison with the different reference of the external different-point displacement interval. The difference comparison ratio multiple between suction and repulsion is less than or equal to the maximum value, which is the critical base point of weightlessness. A unified theoretical research on the internal essence is carried out through the experiment of the different-point displacement interval and the acceleration a value interval.

[0264] For the condition a>=g relative to the Earth, regarding the mass plasmid spatiotemporal body and the gravitational field energy body, with reference to the internal interval structure of similar spatiotemporal bodies and the reference of different-point displacement intervals on the straight line of the transmission direction of the external relative energy body, this is a theoretical and experimental analysis of the integrity of the acceleration a value interval of relative different-point displacement intervals with mutually different and opposing masses, the comparison of whether repulsion is greater than attraction, the critical base point of the penetration and transmission effect of the gravitational field energy body on the regular surface with zone shape expansion category and the atomic structure of the thickness and the transmission effect of changing the attribute direction of the non-penetrating energy body, the limit constant of the change of the comparison difference between attraction and repulsion, and the joint change of the relative different-point displacement intervals.

[0265] In the reverse rotation scenario, the sum of the regular surface areas of the plasmids with zone shape expansion categories corresponds to the gravitational intensity of the applied average rotation vector. For the plasmid spatiotemporal body and the gravitational field energy body, with spatiotemporal coordinate positioning referenced by mutually different internal interval structures, and the condition 0<a<g between the mutually different reference action accelerations of the external different-point displacement intervals, within the interval between the intervals and the change critical base point, this is a reverse overweight experiment on the joint action and change of different-point displacement intervals, and an experiment on the action equivalent extension interval.

[0266] A comparative experimental verification is performed for the mutually different internal intervals between the correspondingly selected plasmids and the reciprocal energy bodies respectively, and the limit constant interval of the external different-point displacement interval acceleration under the joint action between the plasmids and the correspondingly selected reciprocal energy bodies, which have opposite polar directions of different mutually different action equivalent attributes.

[0267] For forward rotation and reverse rotation, with reference to the joint action between the internal intervals of the basic unit spatiotemporal bodies of the plasmid spatiotemporal body and the field energy body, the mutual difference, and the 3D coordinate projection of the external zone shape on the different-point displacement intervals on the straight line of the energy body transmission direction, there is a forward or reverse contraction and stretching of different categories of external different-point displacement intervals. With reference to the regular zone shape expansion category of the blade body within a certain rotation speed interval, between the mutually different comparison references of the different-point displacement intervals on the external energy body transmission direction, within the limit constant interval, the forward relative acceleration changes the interval to contract or stretch. Corresponding to the blade expansion category rule and a certain rotation speed interval, the relative mass plasmid is stationary relative to the Earth. The mutually different reference accelerations of different-point displacement intervals of different categories of external 3D coordinate projections change comparatively, and there is a limit constant interval, which reflects the maximum value of different categories of gravitational limit constants, weightlessness and reverse repulsion. The reverse relative acceleration gradient increases or decreases, forming a zone shape interface for different categories of gravitational fields, the Earth's gravitational field, the solar gravitational field and others. Corresponding to the blade zone shape expansion category rule and a certain rotation speed interval, for the mutually different references of different-point displacement intervals on the correspondingly selected transmission straight line direction of different categories of external energy bodies, the acceleration comparison increases the interval within a certain interval, and the relative reference acceleration of mutually different intervals changes as 0<s limit constant <s field energy basic interval. The analysis and design are restricted by the maximum value of the gravitational limit constant, the transition from weightlessness to reverse overweight, the correspondence between the forward and reverse blade zone shapes and the rotation speed, the difference in the attribute polar direction of the acceleration a value of the mutual action between the plasmid and the energy body, and the interval of the magnitude change.

[0268] 4.4 Theoretical design for different action equivalents on the front and back surfaces of the aircraft component and different gravitational field bodies respectively.

[0269] 4.4.1 For the ideal design of the thrust of the aircraft, the interaction between the proton and the field energy body is different. There are two extreme designs with the positive and negative sides of the thrust component. The positive side has a maximum gravitational force and the negative side has a critical weightlessness. If the thrust assumption exists, then there is a unified design with the reference datum of the displacement parameter interval at different points and the mutual constraints of different parameter parameters.

[0270] Taking the gravitational fields of Earth and the Sun as examples, when ascending away from Earth, relative to the thrust components of a spacecraft, the gravitational field has a common spacetime particle cloud trajectory structure with different basic units. This is similar to the orbital patterns and particle cloud trajectory structure characteristics of different protons on both sides. The contrasting interactions of different types of flux intensities, and the different changes in displacement intervals between the forward and reverse sides, constitute the ideal assumption of descending gravity tending towards the critical point of weightlessness. The upward gravitational force, acting on the front, constitutes a thrust with a certain equivalent attribute and a polarity vector direction opposite to Earth's gravity. The values ​​of the contrasting interactions of the solar gravitational field energy bodies exist within a certain range.

[0271] Using Earth's gravitational field as a reference, the three-dimensional coordinate projections of the component area are at different point displacement intervals, forming a reference similar to the linear direction of energy transfer, with an equivalent acceleration limit constant g_ground = 9.8 m / s^2. With a certain energy transfer in the gravitational field, the different point displacement intervals have a common effect on the sliding between the component's plasmonic spacetime bodies, accelerating the 'a' to the value range of the limit constant g_ground, forming the critical weightlessness value of the acceleration limit constant g_ground. Downward, the gravitational force of the Earth's gravitational field energy and the plasmonic particles tends to zero.

[0272] The design is based on the three-dimensional coordinate projection of the component area, with displacement intervals at different points. For the critical weightlessness caused by the acceleration gradient being equal to the acceleration g-value limit constant opposite to the direction of gravity, and the gradient changing at the displacement intervals of the component area, the velocity change opposite to gravity exists between g-value - 0. Then the attractive force of the component exists within a certain range of the velocity change gradient a.

[0273] The blade body shape expansion category rules correspond to a certain rotational speed range. The basic unit of the relative reversible gravitational field transmission corresponds to the selected energy body. The interaction between the component's special atomic particles and the reference energy body is used to select the particle cloud trajectory body. The structure distribution is similar to the intrinsic basic unit orbital law of the particle and the morphological characteristics of the particle cloud trajectory body in terms of spatiotemporal parameter intervals. The corresponding interaction equivalent extreme value range and the three-dimensional projection are designed with different point displacement interval characteristics. The corresponding external different point displacement interval between the selected energy body and the particle is a reference for mutual difference, with a constant velocity change gradient, and is designed according to the blade body shape expansion category rules. The gradient of the velocity change between the displacement relative to the energy transfer line and the external interaction between dissimilar particles is constant. It exists between the limit constant g and the value of -0. Weightlessness and the limit constant critical weightlessness constitute the gravitational force G = m(g - a). When reduced to the critical weightlessness ideal design, the shape expansion category of the component blade area is regular. With the rotational speed, referring to the same circular ring, there is a displacement curve interval and time corresponding to the energy body and special atoms. The interaction is unified. The design is based on the unified value of the acceleration gradient. The radius of the ring is proportional to the angular velocity and the linear velocity. The relative change law of the acceleration gradient exists between the limit constant g and the value of -0. The interaction of the displacement interval law characteristics constitutes the equivalent range of weightlessness.

[0274] The spatial distribution pattern of the displacement curves at different points in the morphology exhibits a three-dimensional decomposition of spatial and temporal coordinates. Based on the parallel interval of the projection of the unit energy transfer vector direction between the displacement at different points and the reciprocating field energy, it exhibits the characteristic that 'a' exists within the stretching or contraction of the external displacement intervals at different points. This alters the relative effects of the particle cloud trajectory to a similar level, or the stretching and contraction alter to a similar level, corresponding to a weightlessness critical limit constant g between -0 and 0, constituting the ideal weightlessness state of the aircraft components. The overall morphology of the component, with its morphological expansion category rules, a certain range of angular velocity, and a certain range of radius r, uses the acceleration gradient of the displacement interval at different points as a reference, constituting a unified force reference control design for the spatial and temporal intervals corresponding to the displacement at different points.

[0275] The overall region shape possesses a basic unit of single purity and special atomic physical processing. The spatial displacement of the interstic structure of the single particle cloud trajectory is analyzed for the uniform force equivalent of the overall region shape surface. The interaction between the special atomic physical processing and the regular surface of the region shape and the energy body has the characteristics of not constituting internal vector distribution disorder and internal energy loss. The force equivalent vector direction of the individual particles is uniform and the magnitude is evenly distributed. The regional shape extension category rules and rotation speed constitute the reference interval of the displacement of the interstic points on the transmission line between the particles and the energy body. The gradient of velocity change between the dissimilar particles is evenly distributed, and the vector direction is equal and uniform.

[0276] The spacecraft components, relative to the expansion category of the frontal region, have the effect of energy transfer from the gravitational fields of the Sun or the Milky Way. The three-dimensional coordinate projection of the region and the rotation speed constitutes the ideal assumption of the displacement interval of the opposite point. The physical processing of the surface of the region has the opposite effect of energy transfer from the particle to the particle, with a maximum critical value. The limiting constant g_t_t or g_t_y_t controls the acceleration gradient contraction and stretching in the direction of energy transfer. The component particle and the energy transfer direction of the particle have the gravitational maximum value G = mg_t_t_t, and the acceleration gradient is constant between the limiting constant g_t_t_t and 0. The region has expansion rules and rotation speed changes. The design assumes the displacement interval of the opposite point and the unit transfer direction of the gravitational energy.

[0277] The uniformity of the force vector direction and the uniform distribution of the magnitude of the force on the component, along with the uniform gradient of the surface region, determine the displacement interval of the external anomaly. This, in turn, controls the relationship between the relative regional expansion category rules and the surface physical processing particles, thus achieving ideal force control on the front of the component.

[0278] 4.4.2 Design of the force control zone for the thrust components of the aircraft.

[0279] By selecting energy references for energy transfer in relatively opposite and reversible gravitational fields, and considering factors such as stretching overweight at the opposite point displacement interval, contracting overweight at the front point displacement, and opposite and reversible overweight at both sides, the rotational torque requirements of the components are controlled and analyzed. The rules governing the expansion of component shape and the extension range of rotational speed are modified. Within a certain extension range, the equivalent rotational internal force of the component is proportional to the acceleration. Within a certain extension range of component ma, the control of the extension range of the reference velocity at the same opposite point displacement interval, along with the loading force, constitutes the thrust design of the overweight on the aircraft components.

[0280] Control design for the extended range of aircraft thrust equivalent.

[0281] The surface of the blade is projected relative to the three-dimensional coordinates of the extended category, and the shadow area is projected relative to the z-axis of rotation onto the xy-plane. The sum of the shadow areas of the surface of the region is equal to the shadow of the concentric rings on the plane perpendicular to the rotation axis, which constitutes the complete coverage of the energy transfer cover, and the design of the maximum value of the mutually exclusive projections of the xz and yz planes.

[0282] By referring to the two-dimensional coordinates of the annular region and projecting them separately, the total surface area of ​​the blade region is greater than the projection of the plane perpendicular to the axis. There is a certain comparative ratio in the interval, and the limit design of the relative extension interval of the total surface area of ​​the region constitutes the overall two-dimensional coordinate extension rule change of the annular region. The design of the maximum value of the total blade area is related to the minimum value of the average shear stress of the equal thrust.

[0283] The total surface area of ​​the blades, based on a certain extension limit range of rotational speed, the extension limit range of the thrust equivalent of the flight components, has an extension limit range of the non-point displacement interval and a certain stretching or contraction acceleration gradient of the time period. The distribution of non-point displacement intervals on the surface of the region is compared with the area of ​​the mutually interacting plasmids, forming a unified mutual reference parameter benchmark. The ratio of the non-point displacement interval to the total surface area is compared. Different parameter parameters constrain the structural morphological characteristics of the non-point displacement interval, which is contraction or stretching. The acceleration gradient requirement is used as the control benchmark. The total surface area of ​​the region is related to the nature and category of the parameter parameters. The relative non-point displacement intervals together constitute the control standard F=ma, which corrects the equivalent of the rotational force or the synthesis of mechanical energy. It corresponds to the mutual interaction between the energy body and the plasmids. The non-point displacement interval contraction and stretching acceleration gradient control standard is referenced. The weightlessness limit constant g_ground or g_a is between -0, and the experiment is greater than the limit constant g_ground or g_a.

[0284] The acceleration gradient relative to the equilibrium interval of the displacement interval along the straight line of energy transfer is compared with the interval characteristic parameter parameter, and the total distribution of the surface shape is used as the research benchmark control. The three-dimensional coordinate positioning plane projection area of ​​the regular surface of the extended category is used to change the average shear stress of the thrust of the equivalent aircraft by changing the extended interval, the speed extended interval, and the rotational internal force correction conversion equivalent extended interval. The common category parameter parameters are subject to unified design benchmark constraints.

[0285] The parameter categories, attributes, and values ​​of the displacement intervals at different points in the three-dimensional coordinate projection of the region are determined by the basic unit intrinsic quantity of the field energy selection category, the particle cloud trajectory interval structure, and the basic intrinsic orbital law of the spacetime of the protons, as well as the formation of the particle cloud trajectory interval structure. The morphological characteristics are similar and different, and they are equivalent and unified with the empty nodes and time nodes respectively. The displacement intervals at different points on the external and energy body transmission straight lines constitute the protons and energy bodies. The relative spacetime parameter intrinsic intervals are changed by the joint action of the external intervals. The relative reference effect of the different energy bodies and protons changes, F=ma, which controls and restricts the relationship between F and a values, and the loading force on mass m. The relative acceleration correction of the intervals of the different energy bodies, and the overweight of the mass loading effect constitute the design of the extended range of the flight thrust of the aircraft.

[0286] 4.4.3 Design of unified constraint and control of blade expansion rules and rotation speed on special atoms and gravitational field energy bodies.

[0287] The blade shape expansion category rules and rotational speed, the comparison of the interval of the parameter to the empty node and the time node, the shape area and the rotational speed corresponding to the spatial interval structure distribution characteristics, the selection of the category of energy body flux intensity of the reciprocal gravitational field, the intrinsic particle cloud trajectory volume interval structure characteristics, and the special atom internal right particle cloud trajectory volume interval structure characteristics, have similar or different effects change the unity, stretching and contraction reference change, from dissimilar to similar, similar and different effects equivalent extreme value range change, and respectively have empty nodes and time nodes to be equivalent to permeable or non-permeable, constituting the unified design of energy body, special atom particles and shape expansion category rules and rotational speed corresponding constraints.

[0288] The design of the extended category rules for rotating sheet-like regions includes the area and velocity of the region, the two-dimensional rotation vector, the spatial-temporal structure of particles within different material atoms on the surface of the region, the mutual interaction reference to the basic unit interval of different categories of reciprocal gravitational fields to measure the structural energy body, and the ability to modify and convert into thrust designs with different requirements.

[0289] The study considers the spatial distribution rules and rotational speeds of different types of plate-like surface plasmids, the basic unit spatial energy body with similar mass plasmids for different structural spatial volumes, and the mutual antagonistic correction conversion of the equivalent of the blade surface for different flow rates and intensities of the energy body. It also considers the design of extended limits for different forces, reciprocal gravitational fields, and the mutual interaction of basic flow rates and intensities of energy bodies under different gravitational fields to improve the extended design. The study also examines the mutual interaction of spatial distribution rules and rotational speeds, the spatial distribution of plasmid surface structures, and the similar antagonistic content of energy bodies with different structural types under reciprocal gravitational fields. Finally, it considers the antagonistic process on the equivalent limit of the rotational two-dimensional vector conversion and the continuous analysis design of reference parameters.

[0290] The blade shape extension category rules and rotation front and back sides correspond to equal and reversible bidirectional gravitational fields, and the basic unit spacetime energy body, with different mutually different correction conversion equivalents to counteract and extend the force design. The mutual reversal control of opposite directions and the rotation clockwise and counterclockwise reversal control constitute the limit change control of the aircraft's thrust direction and vector volume. It is designed relative to the Earth's gravitational field energy or the Sun's gravitational field energy for the energy body occupancy of different categories of basic unit parameter interval structures, with reference to different flow rates and intensities.

[0291] The solar gravitational field energy, energy bodies with different basic unit parameter interval structures, the same category of occupancy rate flow and intensity, the gravitational field energy of the Milky Way, the selection of basic unit parameter interval structure energy bodies with different comparative occupancy rates flow and intensity, the reference category of intrinsic structure spacetime plasmids, with mutually different acting reference constant change characteristics equivalent attribute direction and volume law limit different control design.

[0292] This invention applies to the comparison of mechanical energy within the intrinsic structure of an object's mass. It examines the spacetime bodies of particles with contrasting mechanical energies, referencing the opposing effects of energy transfer fields. It also briefly describes the differences between gravitational energy bodies, light energy bodies, and electromagnetic waves, analyzing their respective interactions with electrons or nucleons. The analysis of changes in the trajectory of particle clouds formed by electron and nucleon pairs is presented, along with the measurement of the interaction between ionized electrons within atoms and the role of radar. The invention categorizes energy transfer and the intrinsic structural characteristics of particle clouds, establishing a fundamental theoretical design for measuring changes in their trajectory.

[0293] The present invention and its embodiments have been described above. This description is not restrictive, and the accompanying drawings are only one embodiment of the present invention; the actual structure is not limited thereto. In conclusion, if those skilled in the art are inspired by this description and design similar structures and embodiments without departing from the spirit of the present invention, such designs should fall within the protection scope of the present invention.

Claims

1. A gravity-to-thrust device for an aircraft, characterized in that; (1) Includes a passive rotating chamber, (2) a rotating disc, (2) the interior of the rotating disc is provided with several blades; upper and lower cover shells.

2. The gravitational energy conversion thrust device for an aircraft according to claim 1, characterized in that; The external turntable is internally divided into several blades.

3. The gravitational energy conversion thrust device for an aircraft according to claim 1, characterized in that; The blades and upper and lower cover shells form an external turntable: including a turntable, the turntable part is provided with several rotating blades, each blade is divided into three layers, the three layers are classified and the upper and lower protective layers, and the upper and lower cover shells; the aircraft turntable is connected to the pivot cabin.

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