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RSS2018 Vol. 30, No. 6
Recommend Articles
column
- Project Progress Report
- Overview
- High Power Laser and Optics
- ICF and Laser Plasma
- High Power Microwave
- Terahertz Technology
- Complex Electromagnetic Environment
- Particle Beams Technology
- Micro-nano Technology
- Pulsed Power Technology
- Accelerator Technology
- Nuclear Science and Engineering
- Applications of Laser and Particle Beams
- 本期封面及目录
Display Method:
2018,
30: 060201.
doi: 10.11884/HPLPB201830.180087
Abstract:
Mode (transverse mode) is one of the key parameters, which could be deduced from the status of the fiber lasers with different mode properties. The relationship between mode and beam quality is analyzed by numerical calculations, based on which it is...
Mode (transverse mode) is one of the key parameters, which could be deduced from the status of the fiber lasers with different mode properties. The relationship between mode and beam quality is analyzed by numerical calculations, based on which it is...
2018,
30: 061001.
doi: 10.11884/HPLPB201830.170492
Abstract:
Laterally graded periodic [Mo/B4C]60 multilayer mirrors for an EUV interval of 6.8-11.0 nm were deposited by direct current magnetron sputtering on silicon substrate. The structure properties and performance of laterally graded [Mo/B4C]60 multilayers...
Laterally graded periodic [Mo/B4C]60 multilayer mirrors for an EUV interval of 6.8-11.0 nm were deposited by direct current magnetron sputtering on silicon substrate. The structure properties and performance of laterally graded [Mo/B4C]60 multilayers...
2018,
30: 061002.
doi: 10.11884/HPLPB201830.170511
Abstract:
The complex sky cloud background edge and infrared dim small target cannot be distinguished using traditional tracking algorithms, and the "deviation" problem is produced when tracking the target. To solve this problem, this paper proposes a target t...
The complex sky cloud background edge and infrared dim small target cannot be distinguished using traditional tracking algorithms, and the "deviation" problem is produced when tracking the target. To solve this problem, this paper proposes a target t...
2018,
30: 062001.
doi: 10.11884/HPLPB201830.180011
Abstract:
Much deformation of the large aperture mirror by deadweight leads to large PV (peak-to-valley) value of its aperture surface, and it is hard to ensure the point accuracy on laser beams of optical facility. Finite element model is built up to calculat...
Much deformation of the large aperture mirror by deadweight leads to large PV (peak-to-valley) value of its aperture surface, and it is hard to ensure the point accuracy on laser beams of optical facility. Finite element model is built up to calculat...
2018,
30: 062002.
doi: 10.11884/HPLPB201830.170440
Abstract:
Based on the urgent need of conducting imaging diagnostics of dense laser-produced plasma, we present the optical system design of Wolter type X-ray microscope based on Abbe's sine condition. This paper details the structural features and optical des...
Based on the urgent need of conducting imaging diagnostics of dense laser-produced plasma, we present the optical system design of Wolter type X-ray microscope based on Abbe's sine condition. This paper details the structural features and optical des...
2018,
30: 062003.
doi: 10.11884/HPLPB201830.170457
Abstract:
The mid-spatial-frequency error (MSFR) of large aperture aspherical optical elements have a direct influence on the precision of the beam diffusion function and the energy scattering of the high energy laser. To solve this problem, we put forward a k...
The mid-spatial-frequency error (MSFR) of large aperture aspherical optical elements have a direct influence on the precision of the beam diffusion function and the energy scattering of the high energy laser. To solve this problem, we put forward a k...
2018,
30: 063001.
doi: 10.11884/HPLPB201830.170463
Abstract:
Analysis for the radiation pattern of antennas with physical optics method is now widely used in the calculation for far field pattern of reflector antennas, which has fast computing speed and low memory requirements. The expression to calculate the ...
Analysis for the radiation pattern of antennas with physical optics method is now widely used in the calculation for far field pattern of reflector antennas, which has fast computing speed and low memory requirements. The expression to calculate the ...
2018,
30: 063002.
doi: 10.11884/HPLPB201830.170426
Abstract:
Based on the device physics simulation, focusing on the influence of pulse interval on thermal damage process of PIN limiter, the peak temperature of combined pulses with different pulse interval from 1 to 20 ns is studied. Numerical simulation resul...
Based on the device physics simulation, focusing on the influence of pulse interval on thermal damage process of PIN limiter, the peak temperature of combined pulses with different pulse interval from 1 to 20 ns is studied. Numerical simulation resul...
2018,
30: 063003.
doi: 10.11884/HPLPB201830.170462
Abstract:
The design methodologies, numerical results for TE01 circular waveguide mode transducer were reported. It is shown that, TE01 circular waveguide mode can realize high transmission efficiency in a wide band by utilizing travelling wave power divide st...
The design methodologies, numerical results for TE01 circular waveguide mode transducer were reported. It is shown that, TE01 circular waveguide mode can realize high transmission efficiency in a wide band by utilizing travelling wave power divide st...
2018,
30: 063004.
doi: 10.11884/HPLPB201830.170405
Abstract:
In order to solve the problem that the traditional directional coupler has a narrow bandwidth and is greatly influenced by harmonic signals, this paper presents a broadband directional coupler with the function of harmonic suppression. The directiona...
In order to solve the problem that the traditional directional coupler has a narrow bandwidth and is greatly influenced by harmonic signals, this paper presents a broadband directional coupler with the function of harmonic suppression. The directiona...
2018,
30: 063005.
doi: 10.11884/HPLPB201830.170431
Abstract:
In this paper, a novel high current diode with multipacting cathode is studied and verified by using simplified dynamic theory and Monte Carlo simulation. Firstly, based on the design-prototype and the emission characteristics of secondary electron, ...
In this paper, a novel high current diode with multipacting cathode is studied and verified by using simplified dynamic theory and Monte Carlo simulation. Firstly, based on the design-prototype and the emission characteristics of secondary electron, ...
2018,
30: 063006.
doi: 10.11884/HPLPB201830.170455
Abstract:
Power meters, oscilloscopes, detectors, and vector network analyzers are commonly used in microwave measurements. The introduced errors by these instruments have direct impact on the measurement accuracy. In this paper, the measurement methods of pow...
Power meters, oscilloscopes, detectors, and vector network analyzers are commonly used in microwave measurements. The introduced errors by these instruments have direct impact on the measurement accuracy. In this paper, the measurement methods of pow...
2018,
30: 063007.
doi: 10.11884/HPLPB201830.170468
Abstract:
In order to explore the miniaturized relativistic klystron amplifier(RKA), we develop the theoretical analysis and simulation on the periodic permanent magnet (PPM) of the coaxial RKA. The Halbach arrays are applied to this PPM system and generate pe...
In order to explore the miniaturized relativistic klystron amplifier(RKA), we develop the theoretical analysis and simulation on the periodic permanent magnet (PPM) of the coaxial RKA. The Halbach arrays are applied to this PPM system and generate pe...
2018,
30: 063008.
doi: 10.11884/HPLPB201830.170461
Abstract:
In order to detect microwave pulse parameters at aerial target areas (tens of meters to hundreds of kilometers)of a certain type high power microwave radiation system, a data acquisition system whose structure is simple and compact for high power mic...
In order to detect microwave pulse parameters at aerial target areas (tens of meters to hundreds of kilometers)of a certain type high power microwave radiation system, a data acquisition system whose structure is simple and compact for high power mic...
2018,
30: 063009.
doi: 10.11884/HPLPB201830.170458
Abstract:
Charging power supply based on AC-link has the advantage of high power density and can be used for primary energy source of high-power microwave (HPM) system. In order to meet the requirement of high power density, a three-phase AC/AC converter based...
Charging power supply based on AC-link has the advantage of high power density and can be used for primary energy source of high-power microwave (HPM) system. In order to meet the requirement of high power density, a three-phase AC/AC converter based...
2018,
30: 063010.
doi: 10.11884/HPLPB201830.170310
Abstract:
Aiming at improving the effectiveness of the experimental multipactor tests, three different methods of electron seeding based on radioactive sources, ultra violet light sources and electron gun are investigated. Advantages and application range of t...
Aiming at improving the effectiveness of the experimental multipactor tests, three different methods of electron seeding based on radioactive sources, ultra violet light sources and electron gun are investigated. Advantages and application range of t...
2018,
30: 063101.
doi: 10.11884/HPLPB201830.180015
Abstract:
A new kind of THz hybrid metal-plasma Yagi antenna has been proposed on the basis of plasma antenna to meet the requirements of good directivity and high gain, in which reflection oscillator is replaced by right-angle reflector. The structure is desi...
A new kind of THz hybrid metal-plasma Yagi antenna has been proposed on the basis of plasma antenna to meet the requirements of good directivity and high gain, in which reflection oscillator is replaced by right-angle reflector. The structure is desi...
2018,
30: 063201.
doi: 10.11884/HPLPB201830.170479
Abstract:
Based on the polarization decomposition theory, the scattering field of the bar of the metal space frame is analyzed. The mechanical strength and scattering characteristics of the cylindrical bar and the rectangular bar are compared. Considering the ...
Based on the polarization decomposition theory, the scattering field of the bar of the metal space frame is analyzed. The mechanical strength and scattering characteristics of the cylindrical bar and the rectangular bar are compared. Considering the ...
2018,
30: 063202.
doi: 10.11884/HPLPB201830.170365
Abstract:
Aiming at the develop requirement of the radar EW(electronic warfare) simulation under the complex electromagnetic environment, the method of radar EW composable simulation was brought up. This paper expounds the basic theory of composable simulation...
Aiming at the develop requirement of the radar EW(electronic warfare) simulation under the complex electromagnetic environment, the method of radar EW composable simulation was brought up. This paper expounds the basic theory of composable simulation...
2018,
30: 064001.
doi: 10.11884/HPLPB201830.170414
Abstract:
Energy loss and scattering angle of penetrating protons are main sources of image blur for proton radiography (PRAD). PRAD relying on Zumbro lens can basically eliminate the image blur caused by scattering angle and achieve spatial resolution of seve...
Energy loss and scattering angle of penetrating protons are main sources of image blur for proton radiography (PRAD). PRAD relying on Zumbro lens can basically eliminate the image blur caused by scattering angle and achieve spatial resolution of seve...
2018,
30: 064002.
doi: 10.11884/HPLPB201830.170498
Abstract:
Using the technique of Particle-In-Cell to simulate the secondary electron effect of proton beams bombarding the target surface, we obtained the results of the quality of proton beams and the quantity of secondary electrons affected by the extracted ...
Using the technique of Particle-In-Cell to simulate the secondary electron effect of proton beams bombarding the target surface, we obtained the results of the quality of proton beams and the quantity of secondary electrons affected by the extracted ...
2018,
30: 064101.
doi: 10.11884/HPLPB201830.180006
Abstract:
Aiming at the phenomenon that left transmission zero of bulk acoustic wave(BAW) filter has a leftward deviation in combined acoustic-electromagnetic simulation, we verified the existence of common inductance effect in simulation and analyzed the infl...
Aiming at the phenomenon that left transmission zero of bulk acoustic wave(BAW) filter has a leftward deviation in combined acoustic-electromagnetic simulation, we verified the existence of common inductance effect in simulation and analyzed the infl...
2018,
30: 065001.
doi: 10.11884/HPLPB201830.170516
Abstract:
As the key components of all solid-state pulse sources, semiconductor opening switches have the advantages of high frequency, long life, fast interruption, and large power capacity. The pre-pulse in output pulse voltage of semiconductor opening switc...
As the key components of all solid-state pulse sources, semiconductor opening switches have the advantages of high frequency, long life, fast interruption, and large power capacity. The pre-pulse in output pulse voltage of semiconductor opening switc...
2018,
30: 065002.
doi: 10.11884/HPLPB201830.170306
Abstract:
In magnetically driven experiments, such as solid liner implosion, magnetically driven flyer plate emission and magnetically driven quasi-isentropic/impulse compression, the metal starts from a solid phase and gradually turns into liquid phase by ohm...
In magnetically driven experiments, such as solid liner implosion, magnetically driven flyer plate emission and magnetically driven quasi-isentropic/impulse compression, the metal starts from a solid phase and gradually turns into liquid phase by ohm...
2018,
30: 065003.
doi: 10.11884/HPLPB201830.170335
Abstract:
Based on the need of high power repetitive pulse power source, the repetitive frequency characteristics of high power pulse charging power supply are studied in this paper. The constant current charging technology based on the full bridge series reso...
Based on the need of high power repetitive pulse power source, the repetitive frequency characteristics of high power pulse charging power supply are studied in this paper. The constant current charging technology based on the full bridge series reso...
2018,
30: 065101.
doi: 10.11884/HPLPB201830.170214
Abstract:
Due to the small space and invisibility in MSE3, the alignment of MSE3 of separated sector cyclotron remains a longstanding challenging for the aligned personnel. Coupled with the compressed time, to quickly and accurately find MSE3's fault and reali...
Due to the small space and invisibility in MSE3, the alignment of MSE3 of separated sector cyclotron remains a longstanding challenging for the aligned personnel. Coupled with the compressed time, to quickly and accurately find MSE3's fault and reali...
2018,
30: 066001.
doi: 10.11884/HPLPB201830.170245
Abstract:
The research of Segmented Gamma Scanning(SGS) technique is mainly focused on two aspects: self-absorption correction of waste drum and efficiency calibration of the system. For the purpose of self-absorption correction, it is necessary to calculate t...
The research of Segmented Gamma Scanning(SGS) technique is mainly focused on two aspects: self-absorption correction of waste drum and efficiency calibration of the system. For the purpose of self-absorption correction, it is necessary to calculate t...
2018,
30: 066002.
doi: 10.11884/HPLPB201830.170382
Abstract:
The reactor oscillator method is a method for measuring small reactivity, its measurement precision is related to the selection of experimental conditions. In order to select the optimal conditions of experiment, several major factors which affect me...
The reactor oscillator method is a method for measuring small reactivity, its measurement precision is related to the selection of experimental conditions. In order to select the optimal conditions of experiment, several major factors which affect me...
2018,
30: 069001.
doi: 10.11884/HPLPB201830.170386
Abstract:
To describe morphological changes in the drilling hole and simulate the temperature distribution during nanosecond laser drilling, a physical model of titanium nanosecond-pulsed laser drilling was established and programmed using ANSYS Parametric Des...
To describe morphological changes in the drilling hole and simulate the temperature distribution during nanosecond laser drilling, a physical model of titanium nanosecond-pulsed laser drilling was established and programmed using ANSYS Parametric Des...
2018,
30: 069002.
doi: 10.11884/HPLPB201830.170480
Abstract:
The vortex wave flow field of symmetric channel has a wide range of applications in industrial mass transfer and heat transfer. To further analyze the flow characteristics and variation laws of the vortex wave flow field within symmetric channel unde...
The vortex wave flow field of symmetric channel has a wide range of applications in industrial mass transfer and heat transfer. To further analyze the flow characteristics and variation laws of the vortex wave flow field within symmetric channel unde...
2018,
30: 060000.
