22 results about "Thermal motion" patented technology

A microphone, comprising a housing (1), a circuit board (2) covering and fixed to the housing (1) and defining a first cavity (104) and a second cavity (105) together with the housing (1), a first chip assembly (3) fixed on the side of the circuit board (2) close to the housing (1) and located in the first cavity (104), and a second chip assembly (4) fixed on the side of the circuit board (2) close to the housing (1) and located in the second cavity (105), wherein the first chip assembly (3) comprises a first ASIC chip (301) and a first MEMS chip (302), and the second chip assembly (4) comprises a second ASIC chip (401) and a second MEMS chip (402). The microphone further comprises a first metal layer (5) fixed on the side of the circuit board (2) close to the housing (1) and surrounding both the first chip assembly (3) and the second chip assembly (4). The microphone can prevent the problem that heat generated by operation of the ASIC chips affects performance of other components by means of heat conduction via a substrate of the circuit board (2) or heat dissipation via thermal motion of air.

The invention discloses a quantum computing system and a quantum computing method, relates to the technical field of quantum computing, uses a multi-component atomic system and cooperates with a specific atomic spacing relationship in an atomic array to facilitate elimination of secondary neighbor interaction force in the atomic array, and only retains nearest neighbor interaction force. Furthermore, global Rydberg light (global light for short) is adopted to irradiate the atom array, so that information corresponding to a data bit corresponding to a target first atom is transmitted to auxiliary bits represented by a group of second atoms, thereby realizing a low-crosstalk data transmission process in the atom array, greatly reducing the position of the atom and the sensitivity of atom thermal motion, and improving the transmission efficiency of the low-crosstalk data in the atom array. And the fidelity and parallelism of information transmission are improved, so that the time delay of quantum calculation is reduced.

The invention relates to a composite material as well as a preparation method, application and a product thereof, belongs to the technical field of composite materials, and aims to solve the problems of poor toughness and relatively high expansion coefficient of the composite material so as to improve the barrier property and mechanical property of the composite material product. The composite material comprises a two-dimensional polymer and a high-molecular material matrix, wherein the high polymer material matrix is rubber or plastic. The two-dimensional polymer and the high-molecular material matrix have interface interaction and can better cooperate to bear stress together instead of being separated from each other, so that the overall performance of the material is improved; meanwhile, the two-dimensional polymer can limit thermal motion, caused by temperature, of a molecular structure of a high-molecular material matrix, so that the overall expansion degree of the composite material is reduced.

To provide a tactile presentation device for presenting hardness / softness, which is made by applying a material whose hardness changes by light irradiation.SOLUTION: A tactile presentation device 1 contains a polymer material including a branch part (a) with three or more branches, a polymer chain (b) bonded to the branch part, and a photoresponsive group (c) bonded to the polymer chain in which the bond cleaves by light absorption and rebonds by thermal motion. The polymer material preferably has absorbance of 8 or less per 1 mm thick in light irradiation wavelength.SELECTED DRAWING: Figure 2

The invention provides precursor glass, microcrystalline glass, chemically strengthened microcrystalline glass and a glass preparation method, and relates to the technical field of materials, the precursor glass satisfies the following relational expressions: delta = a * nRO + b * (nNa2O + nK2O) + c * nLi2O), eta = 12.5 / (0.55 + 4.61 * i0.57), 0.25 < = delta / eta < = 0.6, wherein delta represents the ion activity degree of each ion in the glass, eta represents the correlation index of the kinetic energy of thermal motion of oxide molecules in the glass and a characteristic temperature point, n represents the molar percentage content corresponding to each oxide, a, b and c are constants, and i is a characteristic temperature coefficient; a is larger than 1.3 and smaller than 1.9, B is larger than 1.3 and smaller than 2.3, C is larger than 1.2 and smaller than 1.8, and i is larger than 5.96 and smaller than 10.13. According to the present invention, the crystallization tendency of the glass is represented by the delta / eta, the value range is optimally designed, such that the glass viscosity is suitable for low temperature crystallization, the impure phase control and the target crystal phase crystallinity are considered, and the optical property and the mechanical property of the glass are improved.

The invention discloses a signal transmission core wire, which comprises a conductor and an insulating layer coated outside the conductor, and the insulating layer is prepared from white carbon black and fluororesin materials. The white carbon black can be filled in molecular chain gaps of the fluororesin to form a three-dimensional network structure, so that the thermal motion of the molecular chains of the fluororesin is limited, the signal transmission performance and the mechanical performance of the material are improved, and the signal transmission performance and the mechanical performance of the insulating layer are further improved.

The invention discloses a transfer molding machine, belongs to the technical field of transfer molding, and solves the problems that internal cracks are hidden in a traditional transfer molding injection molding valve due to curing gradient, static pressure cannot be detected, cracking and communication are promoted by stress in service, and a valve body suddenly leaks and is brittle failure. Comprising a rack and a heating die cavity arranged in the rack, the sectional area of a top inlet of the heating die cavity is larger than that of a bottom outlet of the heating die cavity, an electric heating wire is arranged in the heating die cavity, and a connecting pipe which is communicated with the heating die cavity and allows materials to enter is arranged in the rack. A material pushing rod which is located above the heating die cavity and moves vertically is arranged in the machine frame. According to the method, a microwave energy field and an acoustic resonance field are constructed in the workpiece, in-situ, real-time and uniform intervention and balance are carried out on the molecular thermal motion and curing reaction process in a three-dimensional space in a material attached to the inner wall of the workpiece, and the root cause of a non-uniform thermal process causing the formation of a shell core curing gradient and a weakening layer is eliminated.

This invention discloses a method for rapidly preparing metal microelectrodes using vacuum filling and mechanical exfoliation, relating to the field of micro-nano manufacturing. This method significantly reduces the viscosity of the liquid metal and its flow resistance by preheating the PDMS-hydrosol bonding interface at high temperature. Simultaneously, preheating intensifies the thermal motion of gas molecules within the microchannel, facilitating rapid gas expulsion. This allows for complete filling of the microchannel within a short vacuum holding time (at least 1 minute), significantly shortening the vacuum holding time compared to the traditional 20-30 minute process, thus greatly improving preparation efficiency.

This invention relates to a rare-earth complex ink incorporating a pyrazole boron Ce(III) complex with a thermally conductive material, its preparation, and its application, belonging to the field of light-emitting displays. More specifically, by incorporating a thermally conductive material into the ink, heat can be effectively and rapidly conducted away, preventing non-radiative losses due to overheating of the rare-earth complex and thus improving luminous efficiency. During inkjet printing, an increase in printhead temperature may cause rare-earth complex particles in the ink to agglomerate, thereby affecting print uniformity and pattern quality. The addition of a thermally conductive material helps stabilize the ink temperature, reduces particle thermal movement, prevents agglomeration and sedimentation, improves printing stability and reliability, and ensures long-term printhead operation.

The utility model relates to the technical field of anti-static chinlon wrap yarn twisting devices, in particular to an anti-static chinlon wrap yarn twisting device which comprises a machine frame body, a second supporting plate and a driving assembly, the second supporting plate is fixedly connected to the inner wall of the machine frame body, and the inner wall of the second supporting plate is rotationally connected with a connecting sleeve. The inner wall of the connecting sleeve is rotationally connected with a connecting sleeve, and the inner wall of the connecting sleeve is fixedly connected with a fixing ring. The device and the fixing ring are provided with the heat dissipation cavities, cooling water is introduced through the water inlet pipe, in the twisting process, the cooling water continuously absorbs heat of the fixing ring, the temperature of the device is reduced, thermal motion aggravation of polyamide fiber molecular chains is restrained, intermolecular acting force is kept, and the internal structure of the fibers is prevented from being damaged by high temperature; compared with a traditional heat dissipation method, the active heat dissipation method has the advantages that the heat dissipation efficiency can be improved, the problem that the tensile strength of the yarn body is reduced due to insufficient heat dissipation is solved, and the production quality of the anti-static chinlon wrap yarn is improved.

The invention discloses a method for improving the reliability of a phase delay film and the phase delay film, and belongs to the technical field of optics. According to the invention, the sulfur-sulfur alkyl chain-containing compound is adopted to perform molecular modification on the phase delay film, so that the adsorption and invasion rate of the phase delay film to water molecules can be reduced, and polymer swelling, plasticizing and hydrolysis effects caused by water vapor can be reduced; thermal motion of a polymer molecular chain in a high-humidity and high-temperature environment is inhibited, internal stress release and microstructure change are reduced, and then the problems of phase delay value drift, haze rising and surface physical degradation of the phase delay film in the high-humidity and high-temperature environment are solved; and the optical stability and the mechanical stability of the phase delay film in a high-humidity and high-temperature environment are improved.

The application relates to the technical field of acceleration detection by using optical force, and discloses an optical force accelerometer based on spin cooling and a use method, which realizes acceleration detection by using laser-suspended microspheres, and improves detection precision by using the spin cooling effect of the microspheres in an optical field to inhibit thermal motion of the microspheres. Laser is processed into circularly polarized light suitable for capture and rotation driving by a laser modulation unit, and is input into a capture cooling unit; the capture cooling unit utilizes a potential well formed by an optical field to realize capture and rotation cooling of microparticles, simultaneously outputs laser carrying state information of the microparticles, and a displacement detection unit realizes acceleration response output by analyzing and monitoring the displacement state of the microparticles in real time through analysis of outgoing laser; a test unit provides auxiliary illumination and completes visual observation of behaviors of the microparticles, and together forms an optical capture and measurement system. The spin cooling method is adopted to realize cooling of a sensitive mass of the optical force accelerometer, the structure of a cooling system is simplified, performance requirements are reduced, practical potential is high, and cost is low.

This invention belongs to the field of phase change technology, specifically relating to a method for calculating water vapor sublimation phase change products, comprising the following steps: Step 1: Obtain local operating conditions, calculate the Gibbs free energy of local water vapor and ice, and determine the phase change trend of local water vapor; Step 2: Based on the thermal motion characteristics of local water vapor molecules, quantify the discontinuity of water vapor and obtain the influence of discontinuity on the phase change process; Step 3: Based on the operating conditions at each moment, calculate the formation rate and growth rate of ice crystals at that moment; Step 4: Based on the operating conditions at each moment, calculate the growth rate of existing ice crystals at that moment; Step 5: Record the water vapor content consumed by phase change at each moment until the water vapor content no longer changes, and the phase change reaches stability. This invention provides a reliable method for calculating the distribution of phase change products, which is of great significance for the study of solid particle distribution in engine exhaust jets.

The invention discloses a signal transmission core wire insulation material which comprises white carbon black and fluororesin. The white carbon black can be filled in molecular chain gaps of the fluororesin to form a three-dimensional network structure to limit thermal motion of molecular chains of the fluororesin, so that the signal transmission performance of the insulating material is improved, and the mechanical property of the fluororesin is further improved.

The utility model provides an anti-freezing remote water meter, relates to the technical field of water meters, and aims to solve the problems that although a protective shell is mounted outside an existing water meter, air pressure in an internal space of the existing water meter and external natural air pressure are in a balanced state, an effective air pressure blocking mechanism is not constructed, and in a low-temperature environment, heat exchange is easy to occur due to a heat conduction phenomenon; the water meter with the anti-freezing function comprises a main body assembly. When the air pressure in the cover body is reduced, the air density is reduced, the collision frequency and the flow activity among air molecules are obviously reduced, heat transfer is realized by depending on thermal motion of microscopic particles such as molecules and atoms of substances in the essence of heat conduction, and at the moment, the number of molecules participating in heat conduction is greatly reduced due to pressure reduction operation; the heat conduction effect is effectively weakened from the source, a good anti-freezing heat preservation environment is created for the water meter, and the stability and reliability of the water meter in the low-temperature environment are greatly improved.

The invention relates to the technical field of acceleration detection by utilizing light force, and discloses a light force accelerometer based on spin cooling and a use method thereof, acceleration detection is realized by utilizing laser suspension microspheres, and thermal motion of the microspheres is inhibited by utilizing a spin cooling effect of the microspheres in a light field, so that the detection precision is improved. Laser is processed into circularly polarized light suitable for capturing and rotation driving through the laser modulation unit, the circularly polarized light is input into the capturing and cooling unit, and the capturing and cooling unit forms a potential well through a light field to achieve capturing and rotation cooling of particles and outputs laser carrying particle state information at the same time. The displacement detection unit monitors the displacement dynamic state of the particles in real time by analyzing emergent laser to achieve acceleration response output, the test unit provides auxiliary illumination and completes visual observation of particle behaviors, and an optical capturing and measuring system is jointly formed. The rotary cooling method is adopted to cool the sensitive mass of the luminous accelerometer, the structure of the cooling system is simplified, the performance requirement is reduced, the practical potential is high, and the cost is low.

The application discloses a glass multi-chamber jetting circulation three-dimensional heat drying system and belongs to the technical field of drying systems. The glass multi-chamber jetting circulation three-dimensional heat drying system comprises a double-speed conveying frame, a hot air heating area and a cooling area arranged in sequence on one side of the double-speed conveying frame, first, second, third and fourth heating devices arranged in the hot air heating area in sequence, first, second and third cooling devices arranged in the cooling area in sequence, and a transition conveying frame arranged between the hot air heating area and the cooling area. A double-speed glass sheet discharging table is arranged on the side of the cooling area away from the hot air heating area. In the application, four heating sections are arranged in the hot air heating area, the infrared radiation is used to accelerate the thermal motion of ink molecules, and the convection heat exchange is combined to realize the rapid drying of the ink on the surface of the glass, the infrared energy is large, the penetration is strong, the deep layer drying is realized, and the energy is saved.

A kind of method for measuring the heat of rod by S type tension and compression force sensor, prepare a fixed support (1), the left end of fixed support (1) is fixed with left baffle (2), the middle part of left baffle (2) is fixedly connected with the left end of S type tension and compression force sensor (3), S type tension and compression force sensor (3) is arranged along the left-right horizontal direction, clamp (4) is installed on fixed support (1) and located at the left side of S type tension and compression force sensor (3), clamp (4) can clamp and fix a thermal elastic rod (5) along the left-right horizontal direction, thermal elastic rod (5) is cylindrical rod;Prepare the thermal elastic rod (5) that needs to measure the heat value, record the length, diameter, the kind of material of the thermal elastic rod (5).Its purpose is to provide a kind of method for measuring the heat of rod by S type tension and compression force sensor, which can deepen the understanding of thermal motion, deepen the understanding of thermal force work, and then improve the utilization efficiency of various heat engines to external work.

The application discloses a kind of crystal plastic finite element simulation methods based on dislocation climb mechanism, establishes the crystal plastic finite element model (CPFEM) based on dislocation, studies the relationship between microstructure and creep behavior.The model considers the dislocation climb caused by vacancy thermal motion, and considers that dislocation climb will affect the attempt frequency of dislocation bypass mechanism and the evolution of dislocation density.After comparing experimental and simulation results, the results show that the crystal plastic finite element model can better describe the creep response of the material at high temperature.

The application discloses a glass multi-chamber jetting circulation three-dimensional heat drying system and belongs to the technical field of drying systems. The glass multi-chamber jetting circulation three-dimensional heat drying system comprises a double-speed conveying frame, a hot air heating area and a cooling area arranged in sequence on one side of the double-speed conveying frame, first, second, third and fourth heating devices arranged in the hot air heating area in sequence, first, second and third cooling devices arranged in the cooling area in sequence, and a transition conveying frame arranged between the hot air heating area and the cooling area. A double-speed glass sheet discharging table is arranged on the side of the cooling area away from the hot air heating area. In the application, four heating sections are arranged in the hot air heating area, the infrared radiation is used to accelerate the thermal motion of ink molecules, and the convection heat exchange is combined to realize the rapid drying of the ink on the surface of the glass, the infrared energy is large, the penetration is strong, the deep layer drying is realized, and the energy is saved.

Embodiments of the present application provide a rotating shaft offset position detection method, device and storage medium, the method comprising: for each coordinate axis, calculating a thermal motion amount corresponding to the coordinate axis at a target time point according to a distance value obtained by a distance sensor corresponding to the coordinate axis; calculating a shaft center offset amount of the rotating shaft in the direction of the coordinate axis according to the distance value obtained by the distance sensor and the thermal motion amount in the same coordinate axis; and calculating an offset position of the rotating shaft relative to the origin at the target time point based on the shaft center offset amount of the rotating shaft in each coordinate axis direction. In the embodiments of the present application, by establishing a rectangular coordinate system and using multiple distance sensors to collect offset amounts in real time, the offset position of the rotating shaft of a hydroelectric generating set during operation can be accurately detected.

The present invention relates to the technical field of quantum computing. Disclosed are a quantum computing system and method. Using a multi-component atomic system and cooperating with a specific atomic spacing relationship in an atomic array is beneficial to eliminating a next-nearest-neighbor interaction force in the atomic array, and only retaining the nearest-neighbor interaction force. Furthermore, global Rydberg light (simply referred to as global light) is used to irradiate the atomic array, so that information corresponding to a data bit corresponding to a target first atom is transmitted to a group of auxiliary bits represented by second atoms, thereby implementing a low crosstalk data transmission process in the atomic array, greatly reducing the sensitivity to the positions of atoms and the thermal motion of atoms, improving the fidelity and parallelism of information transmission, and thereby reducing the delay of quantum computing.