55 results about "Energy modulation" patented technology

The invention relates to the technical field of laser welding control, and discloses a laser welding head integrated with a push-pull wire and a control system of the laser welding head. The system comprises a push-pull wire action monitoring module, a laser energy modulation module, a welding seam trajectory tracking module, a welding quality feedback module, a parameter collaborative optimization module and a dynamic deviation correction execution module. Wherein the push-pull wire action monitoring module collects motion parameters in real time and generates a cooperative state index; the laser energy modulation module analyzes the laser power requirement according to the workpiece parameters and outputs a regulation and control instruction; the welding seam trajectory tracking module identifies welding seam characteristics and offset through a multispectral sensor and generates a dynamic tracking path; the welding quality feedback module evaluates defects and generates an abnormal index set; the parameter collaborative optimization module generates an optimization control parameter set based on the abnormal index set and the tracking path adjustment parameters; and the dynamic deviation correction execution module is used for correcting the track and generating a closed-loop control signal according to the matching action and the energy output time sequence.

The invention relates to a design method of a star magnitude large dynamic range spectrum modulation system. The design method comprises the following steps: S1, adopting a cylindrical collimation beam expanding system, a star magnitude large dynamic range light splitting system and a DMD device; the star magnitude large dynamic range light splitting system is composed of a large dynamic light splitting optical system and an energy modulation optical system. The star isometric large dynamic light splitting optical system is composed of a steering reflecting mirror, a grating and an imaging reflecting mirror. The energy modulation optical system is composed of a steering mirror, a grating and a plane mirror. S2, selecting a DMD device and a grating; and S3, carrying out optimization design on the cylindrical collimation beam expanding system and the star magnitude large dynamic range beam splitting system. According to the invention, the cylindrical collimation and beam expanding system is adopted to replace a physical slit and a collimating mirror in the Czerny-Turner type plane diffraction grating optical structure, so that the imaging quality of the large-dynamic-range spectrum modulation optical system can be improved; and the problem of contradiction between the slit and the imaging quality in the initial structure can be solved.

The invention discloses an electroencephalogram distortion detection and recovery method and equipment based on wavelet domain energy modulation. The method comprises the following steps: acquiring a modulated wavelet coefficient; extracting wavelet coefficient data corresponding to each electroencephalogram type from the wavelet coefficients; extracting wavelet feature data of each electroencephalogram type; obtaining a preset normal feature corresponding to the electroencephalogram data, performing similarity calculation on each piece of wavelet feature data and the preset normal feature, and determining a target similarity calculation result and a distortion mode feature corresponding to the target similarity calculation result; obtaining a current operation stage corresponding to the electroencephalogram data, determining a weight value corresponding to each distortion mode feature according to the current operation stage, obtaining feature vectors of the distortion mode features, and generating a comprehensive distortion feature description according to a plurality of feature vectors and the corresponding weight values; and obtaining a wavelet coefficient adjustment control instruction corresponding to the comprehensive distortion feature, reconstructing the original electroencephalogram signal, and obtaining a recovered electroencephalogram signal.

The invention discloses a high-efficiency laser interference transmit-receive color separation film with good space environment tolerance, which belongs to the technical field of optical thin films and is characterized in that a multifunctional beam splitting film is plated on the front surface of a fused quartz substrate, and a thermal stress compensation-free antireflection film is plated on the back surface of the fused quartz substrate. A front film system adopts TiO2 and SiO2 as high and low refractive index materials, and a main film system based on a rear cut-off filter superposed multi-layer energy regulation and control structure is designed, so that efficient reflection of 1550 + / -10nm laser is realized; and a half-wave hole is eliminated by matching an asymmetric equivalent layer, so that neutral light splitting at the wave band of 750-900nm is realized. The back film is composed of Ta2O5 and SiO2, so that the residual reflection (ghost image) is efficiently eliminated, and the surface distortion caused by the front film layer is compensated. The laser interference transmit-receive color separation film is good in spectrum stability, can tolerate a severe environment directly exposed in a geostationary orbit, and can also be used for spectrum and energy regulation and control of other laser ranging cameras.

The invention discloses a 3D printing data detection method, which relates to the technical field of 3D printing detection, and comprises the following steps: S1, slicing and layering a to-be-printed three-dimensional model to obtain a plurality of two-dimensional section graphs; s2, carrying out laser scanning printing on the plurality of two-dimensional section graphs, generating an energy modulation item and a molten pool dynamic modulation item, and obtaining a metal printing risk quantized value of each two-dimensional section graph; and S3, determining a printing fault detection result according to the metal printing risk quantized value of each two-dimensional section graph. The laser energy density change rate, the powder layer thickness, the laser effective area, the molten pool solidification time and other key process parameters are comprehensively considered, the influence of energy input stability on the incomplete fusion risk is described through the energy modulation item, the effect of the over-fusion risk is reflected through the molten pool dynamic modulation item, the core influence factors of the printing quality are comprehensively covered, and the printing quality is improved. And a more reliable basis is provided for fault pre-judgment.

This invention relates to an extreme ultraviolet (EUV) light source device, comprising a seed laser generator, an electron source, an electron linear accelerator, a first modulation section, a first dispersion section, a second modulation section, a second dispersion section, and an amplifier. A first electron beam generated by the electron source is accelerated by the electron linear accelerator to form a second electron beam. The seed laser generator generates a seed laser, and both the seed laser and the second electron beam are injected into the first modulation section to induce a first energy modulation in the second electron beam, resulting in a third electron beam. The first dispersion section compresses the third electron beam to form a fourth electron beam. The second modulation section induces coherent radiation in the fourth electron beam, which is then subjected to a second energy modulation by the coherent radiation to form a fifth electron beam. The second dispersion section compresses the fifth electron beam to form a sixth electron beam. The amplifier causes the sixth electron beam to radiate and emit kilowatt-level EUV light. The EUV light source device of this invention can generate EUV light with an average power in the kilowatt range and has a compact structure.

The invention relates to the technical field of radio frequency treatment and medical monitoring, and discloses an AI-based radio frequency detection treatment system and method. The method comprises the following steps: establishing a time-sharing direct-current measurement channel in a radio frequency output intermittent period, applying stepped direct-current excitation, and synchronously collecting tissue voltage response and deformation images. The structure displacement is analyzed according to the image, and a dynamic impedance mapping relation is established by combining a voltage signal. The relation is input into a pre-trained deep learning network, and the network generates an energy deposition distribution diagram and a tissue denaturation state distribution diagram in the treatment area through interactive calculation of a tissue state evolution reasoning branch and a thermal diffusion simulation branch. And calculating a radio frequency energy initial parameter of a next period based on the former, identifying an under-treatment sub-region based on the latter, and comprehensively generating a composite radio frequency control instruction containing a space-time energy modulation scheme. According to the invention, precise monitoring and self-adaptive intelligent regulation and control of the treatment process are realized.

The application relates to a kind of free electron laser electron beam and seed light arrival time jitter measurement methods, which utilize modulation section wave oscillator to realize energy exchange of electron beam and seed light in time t direction coincidence part, thereby forming energy modulation with seed light wavelength as period, utilize dispersion section to realize density modulation of electron beam in time t direction, utilize radiation section wave oscillator to realize amplification of radiation field, utilize microwave deflection cavity to realize conversion of electron beam time direction information to X direction of the plane where beam measurement target is located, utilize deflection magnet to realize conversion of electron beam energy direction information to Y direction of the plane where beam measurement target is located, and finally realize the purpose of detecting electron beam and seed light arrival time relative jitter by detecting the distance between complete electron beam center line on beam measurement target and the center line of the part where electron beam and seed light coincide.

An energy modulation system that includes a first spatial energy modulator (SEM) located in a first energy propagation position and operable to spatially modulate energy propagated therethrough, and a second SEM located in a second energy propagation position and operable to spatially modulate energy propagated from the first SEM. The first SEM includes first and second modulation areas comprising respective first and second plurality of energy locations, wherein a first energy modulation is spatially applied to the energy propagated through the first and second plurality of energy locations. The second SEM includes first and second modulation regions, wherein a second energy modulation is spatially applied to the energy propagated therethrough. The first modulation region operable to modulate energy propagated from the first modulation area such that energy propagated through the first modulation area and the first modulation region comprises a collection of wavefronts, each wavefront having a complex amplitude modulation.

The application discloses a kind of fast energy regulation system and proton radiotherapy device for proton radiotherapy, belong to medical equipment technical field, including first quaternary iron, energy switching device and momentum cooling device sequentially arranged on energy beam transmission line, energy switching device includes sequentially connected first impact magnet, second quaternary iron, second impact magnet, energy switching energy reducer, third impact magnet and fourth impact magnet, first impact magnet is connected with first quaternary iron, fourth impact magnet is connected with momentum cooling device, energy switching energy reducer is one-piece wedge structure, it includes low-energy beam energy reduction zone, ideal beam energy reduction zone and high-energy beam energy reduction zone.It is simple in structure, energy switching time is short, transmission efficiency is high, and it can safely and efficiently transmit energy divergence less than 15%, energy is 70-230MeV proton, and transmission efficiency can reach 5%.

Digital modulated radiography improves radiographic image quality in the overall image and in sub-areas by enhancing image contrast in 2D / 3D space. Devices and processes include a software-based approach using artificial intelligence (AI) to achieve energy modulation without the need for multiple exposures. By employing machine learning (ML) models, specifically Generative Adversarial Networks (GANs), images are translated between different energy domains, enhancing image contrast and potentially reducing radiation dose.

A method for increasing emission output from an energy modulation agent, involving:drying the energy modulation agent in particulate form to reduce moisture level of the energy modulation agent by at least 25% to provide a dried energy modulation agent; andcoating the dried energy modulation agent with a coating having high transmissibility at a wavelength of primary emission from the energy modulation agent upon excitation,and energy modulation agents prepared thereby.

This application discloses a method, apparatus, electronic device, and storage medium for widening the frequency band of seismic data. The method includes: acquiring a second frequency spectrum with an effective bandwidth from a first frequency spectrum of the original seismic data in a target area; identifying coherent components of the second frequency spectrum at different frequencies; determining the energy weighting coefficients of the coherent components based on the expected bandwidth and effective bandwidth of the original seismic data; performing energy modulation on the coherent components based on the energy weighting coefficients to obtain modulated coherent components; identifying a third frequency spectrum after bandwidth widening based on the modulated coherent components and the second frequency spectrum; and performing time-frequency analysis and inverse transformation processing on the third frequency spectrum to obtain the bandwidth-widened seismic data corresponding to the original seismic data. This effectively widens the frequency band of seismic data while ensuring the signal-to-noise ratio of the seismic data, thereby improving the accuracy of identifying oil and gas target areas.

This invention discloses an adaptive compensation voltage divider device based on self-powered bushing end screen. It includes an energy acquisition module that obtains displacement current from the bushing end screen side as power for the voltage monitoring device, and uses a clamping network to protect the circuit from overvoltage damage, converting the AC signal into DC energy. A modulation output module adjusts the equivalent impedance according to the characteristics of the downstream load to optimize power conditions, stores electrical energy, and outputs a measurement signal corresponding to the bushing operating voltage in a timely manner. An adaptive compensation module calculates the operating voltage based on the voltage sampling signal, dynamically updates the compensation coefficient to ensure the accuracy and stability of the voltage divider ratio, and monitors system status feedback information to update the compensation parameters. Implementing this device ensures the accuracy and stability of voltage monitoring, eliminates interference from external leads, and significantly improves the system's anti-interference capability and long-term operational reliability.

The invention discloses a red up-conversion luminescence nanometer material obtained through energy allocation and a preparation method and application thereof, and belongs to the technical field of up-conversion luminescence materials.According to the nanometer material, NaYF4 serves as a passivation core and a passivation shell on the outermost layer at the same time, NaErF4 serves as a matrix, NaYF4 serves as a passivation shell on the outermost layer, and NaYF4 serves as a passivation shell on the outermost layer and NaYF4 serves as a passivation shell on the outermost layer. Yb < 3 + > is introduced as a sensitized ion, and an active shell layer and a NaYF4: Yb sublattice shell layer of a Tm < 3 + > energy capture center are introduced. The NaYF4 passivation core and the passivation shell are utilized to effectively reduce energy loss, so that energy is recycled between the first shell layer and the second shell layer as far as possible, and 654 nm high-intensity red up-conversion emission light emitted by Er < 3 + > is finally obtained under the excitation conditions of 980 nm and 1532 nm through energy migration of Yb < 3 + >, energy back transfer of Yb < 3 + > to Er < 3 + > and the energy capture center effect of Tm < 3 + >.

The application discloses a WSS port diffraction energy phase modulation method, device, medium and product, relates to the wavelength selective switch port diffraction energy modulation technical field, and the method comprises the following steps: respectively inputting a plurality of groups of combinations into a synthetic phase topography expression, obtaining the synthetic topography of a blazed grating under each combination; the combination comprises the harmonic order of the harmonic component, the phase of the harmonic component and the amplitude of the harmonic component; the synthetic topography of the blazed grating under each combination is simulated in simulation software, and the diffraction energy of a target port under each combination is obtained; according to the diffraction energy of the target port under each combination, the diffraction energy of the target port is adjusted, and the application realizes fine adjustment of the wavelength selective switch main energy level port diffraction energy.

The invention discloses a WSS port diffraction energy modulation method, system, device and medium, and relates to the field of communication, the method comprises the following steps: obtaining a synthetic phase morphology through an initial phase morphology and a sinusoidal phase morphology, simulating the synthetic phase morphology to obtain the energy ratio of each order of diffraction energy level of a target port under each group of parameter combinations, and calculating the energy ratio of each order of diffraction energy level of the target port; constructing an initial data set, and aiming at a given target main energy level, designing a target function according to the energy ratio of each order of diffraction energy level; and iterative calculation is carried out through Bayesian optimization until the sine parameter subjected to simulation verification can enable the main energy level to approach any target main energy level value with given precision, and meanwhile, it is ensured that the energy ratio of the corresponding diffraction energy level meets the crosstalk requirement.

According to the variable-curvature girth welding device based on laser arc complex coaxial energy modulation, through reasonable distribution and arrangement of energy of three beams of auxiliary laser and main laser, the problem that energy focusing of variable-curvature welding is too large is effectively solved, and the welding seam forming quality is remarkably improved; a real-time monitoring system combining temperature sensing and visual sensing is adopted, welding parameters and the like are rapidly and accurately regulated and controlled through a central controller, accurate control over the complex curved surface welding process is achieved, in the actual welding process, all heat source systems and wire feeding mechanisms are started, the welding parameters are initialized, and the welding quality is improved. The coaxial infrared thermometer and the visual sensor continuously monitor the state and curvature change of a molten pool, the central controller automatically adjusts laser power and electric arc parameters according to real-time temperature data, and particularly when an area with large curvature change is welded, energy distribution is compensated through three beams of auxiliary laser, so that the welding quality is improved. The defects such as poor welding seam forming and splashing are effectively inhibited.

The invention discloses an intelligent power distribution system and method, and the method comprises the steps: collecting and processing multi-source data, constructing an input sample set, segmenting a load and a power supply, and generating a mapping matrix; a physical constraint graph neural ODE model processes a sample set, an input layer introduces a mapping matrix, and an extended prediction result is output; an extended prediction result is input into a modulation module, a mapping matrix executes cross-phase scheduling, and a scheduling scheme is generated; according to a double-time-domain event triggering mechanism regulation scheme, slow loop rolling optimization and fast loop fast regulation, a regulation instruction is generated; a scheduling scheme and a regulation and control instruction are issued, and the power distribution controller, the energy storage device and the phase modulator execute operation; and collecting execution feedback, updating the ODE model, the mapping matrix and the event threshold, and forming a self-adaptive closed loop. According to the method, intelligent, controllable and efficient operation of the distributed power distribution system is realized through segmented phase energy modulation, physical constraint graph neural ODE modeling and a double-time-domain event triggering mechanism.

The invention provides a surface acoustic wave gyroscope chip structure based on a graphene acoustoelectric effect, and relates to the technical field of semiconductor sensor chips, the surface acoustic wave gyroscope chip structure comprises a piezoelectric substrate, and a surface acoustic wave resonator and a surface acoustic wave detector which are arranged on the surface of the piezoelectric substrate, the surface acoustic wave resonator comprises two oppositely arranged driving interdigital transducers, a wave energy modulation area is arranged between the two driving interdigital transducers, a first surface acoustic wave reflecting grating is arranged on the outer side of each driving interdigital transducer, and the surface acoustic wave resonators are used for generating primary surface acoustic waves on the piezoelectric substrate through the driving interdigital transducers. Standing waves corresponding to the primary surface acoustic wave reflecting grating are generated on the first surface acoustic wave reflecting grating; the surface acoustic wave detector comprises two graphene piezoresistive strips which are symmetrically arranged on the two sides of the wave energy modulation area, and a second surface acoustic wave reflecting grating is arranged on the outer side of each graphene piezoresistive strip. According to the invention, the sensitivity and the signal-to-noise ratio of the surface acoustic wave gyroscope chip can be improved.

Described herein are systems and methods for sorting and selecting cells by immobilizing or enclosing cells in degradable hydrogel chambers, including a method of sorting cells comprising: (a) providing a fluidics device comprising: (i) a channel comprising a surface, (ii) a spatial energy modulation element in optical communication with the surface, and (iii) a detector in optical communication with the surface and in operable association with the spatial energy modulating element, the detector identifying cells and determining positions thereof on the surface; (b) loading the channel with cells and one or more polymer precursors so that the cells are disposed on or adjacent to the surface; (c) immobilizing one or more cells selected based on one or more optical signals therefrom by synthesizing one or more gel structures enclosing each of the one or more cells by projecting light into the channel with the spatial energy modulating element such that the projected light causes cross-linking of the one or more polymer precursors to form gel structures, wherein the positions of the gel structures in the channel are determined by the positions of the cells enclosed thereby identified by the detector; and (d) removing from the channel unselected cells.

The invention discloses a laser processing method for carrying out three-dimensional point carving inside an ice block. According to the method, an ice blank is fixed in a sample clamp in a low-temperature constant-temperature cavity, and after a short-pulse laser is adjusted by an energy modulator, the ice blank is guided by a galvanometer / scanning unit according to a preset path and is accurately focused to a specified point in the ice blank by a low-temperature compatible focusing objective lens, so that micro-bubbles or microstructures are locally generated to realize three-dimensional point carving. The on-line monitoring camera and the acoustic / temperature sensor collect the inscribing effect and the ice blank state in real time, and the control system carries out closed-loop adjustment on laser energy, a scanning track and a focusing position based on feedback signals so as to improve the inscribing precision and reduce the risk of cracks and thermal damage. According to the invention, high-resolution and low-heat-influence three-dimensional point carving processing can be realized in the ice block, and the method is suitable for decoration, identification, functional microstructure preparation and other applications.

The application relates to the technical field of radio frequency treatment and medical monitoring, and discloses an AI-based radio frequency detection and treatment system and method. The method comprises the following steps: establishing a time-sharing direct current measurement channel during a radio frequency output intermittent period, applying a step direct current excitation, and synchronously collecting tissue voltage response and deformation images. According to image analysis of structural displacement, dynamic impedance mapping relationship is established in combination with voltage signals. The relationship is input into a pre-trained deep learning network, the network generates an energy deposition distribution map and a tissue degeneration state distribution map in the treatment area through the interactive calculation of the tissue state evolution reasoning branch and the heat diffusion simulation branch. Based on the former, the initial parameters of the next cycle radio frequency energy are calculated, based on the latter, the sub-regions of under-treatment are identified, and the composite radio frequency control instruction containing the time-space energy modulation scheme is comprehensively generated. The application realizes accurate monitoring and adaptive intelligent regulation and control of the treatment process.

Described herein are systems and methods for sorting and selecting cells by immobilizing or encapsulating cells in a degradable hydrogel chamber, including a method of sorting cells comprising: (a) providing a fluidic device comprising: (i) a channel comprising a surface, (ii) a spatial energy modulating element in optical communication with the surface, and (iii) a detector in optical communication with the surface and operatively associated with the spatial energy modulation element; (b) loading cells and one or more polymer precursors to the channel such that the cells are disposed on or near the surface; (c) immobilizing one or more cells selected based on one or more optical signals from the one or more cells by synthesizing one or more gel structures encapsulating each of the one or more cells; and (d) removing unselected cells from the channel.

This invention discloses a high-energy hydroelectric detonation method using composite power pulse modulation, mainly comprising composite power modulation, load energy modulation, shock wave waveform modulation, and shock wave loading modulation. In composite power modulation, a composite power pulse is formed by superimposing a high-amplitude short-pulse pulse with a low-amplitude long-pulse pulse. In load energy modulation, a rapid phase transition of the metal wire is achieved through the high-amplitude component of the composite power pulse, and the plasma channel is maintained through the long-pulse component, igniting the metal powder to release energy. In shock wave waveform modulation, a high-amplitude shock wave is generated during the rapid phase transition stage of the metal wire, and a large-impulse shock wave is generated during the plasma channel expansion stage and the metal powder combustion stage; these two components are superimposed to regulate the shock wave waveform. In shock wave loading modulation, the intensity of the composite shock wave is adjusted according to measured rock parameters; the high-amplitude component is used to induce rock fracturing and reduce rock strength, while the large-impulse component is used to expand the fracturing range, achieving controllable rock fracturing.

The present invention relates to a static device for radiotherapy treatment and a method for designing such a device. A compensating device for ion-based radiotherapy may include a disk with multiple protrusions that can be placed in a radiation beam to affect the ions in the beam in different ways, thereby creating an irradiation field from a wide beam. This is particularly useful in FLASH therapy because the time available for modulating the beam is limited. A method for designing such a compensating device is proposed, comprising the steps of obtaining characteristics of an actual treatment plan including at least one beam; determining at least one parameter characteristic of the desired energy modulation of the actual plan by performing a dose calculation of an initial plan; and based on the at least one parameter, calculating the shape of each of a plurality of elongated elements to modulate the dose of the transmitted beam to simulate the dose of the initial plan for each beam.

This invention discloses an intelligent power distribution system and method, comprising: collecting and processing multi-source data to construct an input sample set, segmenting loads and power sources, and generating a mapping matrix; processing the sample set using a physical constraint graph neural ODE model, introducing the mapping matrix into the input layer, and outputting extended prediction results; inputting the extended prediction results into a modulation module, using the mapping matrix to perform cross-phase scheduling and generate a scheduling scheme; implementing a dual-time-domain event-triggered mechanism control scheme, with slow-loop rolling optimization and fast-loop rapid adjustment to generate control commands; issuing the scheduling scheme and control commands, with the power distribution controller, energy storage device, and phase modulator executing the operations; collecting execution feedback, updating the ODE model, mapping matrix, and event thresholds to form an adaptive closed loop. This invention achieves intelligent, controllable, and efficient operation of a distributed power distribution system through segmented phase energy modulation, physical constraint graph neural ODE modeling, and a dual-time-domain event-triggered mechanism.

A transmitter device includes a signaling modulation module, an energy modulation module, and an antenna element. The signaling modulation module is configured to generate a narrowband modulation signal that carries signaling. The signaling includes an indication for a correspondence between a first resource and a receiver device. The first resource is scheduled based on a pre-received charging request signal from the receiver device. The energy modulation module is configured to perform amplitude and phase adjustment on the narrowband modulation signal based on the pre-received charging request signal to form an energy transmission signal. The antenna element is configured to transmit the energy transmission signal on the first resource to charge one or more receiver devices.

The application discloses and provides a power device laser welding process with high welding quality and being beneficial to realizing automatic flexible production of a production line. The application uses a laser welding system, and the power device laser welding process comprises the following steps: ①editing a track of a galvanometer control card through a PC industrial computer; ②editing laser energy modulation of a laser control card through the PC industrial computer; ③placing an IGBT module on a jig below a galvanometer module, and making a copper key pin of the IGBT module abut against a copper layer of a copper-clad plate of the IGBT module; ④controlling the galvanometer module to realize swing welding through the galvanometer control card, and synchronously modulating power of a green light continuous laser according to a swing position period, so that the modulated laser is shot on the copper key pin, and the copper key pin is fused on the copper layer of the copper-clad plate. The application is applied to the technical field of the power device laser welding process.

The present invention relates to the field of data processing technology, and discloses a method and device for generating attosecond mode-locked X-ray pulses using time-transverse coupling modulation. The method comprises: a linear accelerator acquires a first electron beam, performs acceleration processing on the beam, obtains a second electron beam, and sends the beam to a first dispersion section; the first dispersion section processes the second electron beam to obtain a third electron beam, which is sent to a laser modulation section; the laser modulation section performs energy modulation processing on the third electron beam to obtain a fourth electron beam, which is sent to a second dispersion section; the second dispersion section performs spatial distribution modulation processing on the fourth electron beam to obtain a fifth electron beam, which is sent to a mode-locked amplifier; the mode-locked amplifier processes the fifth electron beam and outputs an attosecond mode-locked X-ray pulse train. By performing energy modulation and spatial distribution modulation on the electron beam, the present invention can effectively avoid mutual interference between pulse signals and significantly improve the signal-to-noise ratio of the pulse train.