Energy Resolution Effects on Plasma Electron Temperature Measurements by Soft X-Ray Pulse-Height-Analysis
SHI Yue-Jiang, WAN Bao-Nian
Institute of Plasma Physics, Chinese Academy of Sciences, Hefei 230031
Energy Resolution Effects on Plasma Electron Temperature Measurements by Soft X-Ray Pulse-Height-Analysis
SHI Yue-Jiang; WAN Bao-Nian
Institute of Plasma Physics, Chinese Academy of Sciences, Hefei 230031
关键词 ：
52.70.La ,
02.60.Cb
Abstract ： The soft x-ray pulse-height-analysis technique is a conventional tool to measure electron temperature on tokamak. The soft x-ray spectra distortion due to energy resolution of detector will affect the temperature and impurity concentration determination. To evaluate these effects, distorted spectra as functions of energy resolution are derived by numerical modeling. The results show that the low energy resolution detector can fit for the large-sized tokamak soft x-ray spectra.
Key words ：
52.70.La
02.60.Cb
出版日期: 2001-04-01
:
52.70.La
(X-ray and γ-ray measurements)
02.60.Cb
(Numerical simulation; solution of equations)
引用本文:
SHI Yue-Jiang; WAN Bao-Nian. Energy Resolution Effects on Plasma Electron Temperature Measurements by Soft X-Ray Pulse-Height-Analysis[J]. 中国物理快报, 2001, 18(4): 562-563.
链接本文:
https://cpl.iphy.ac.cn/CN/
或
https://cpl.iphy.ac.cn/CN/Y2001/V18/I4/562
[1]
WANG Hui-Ping;WANG Yu-Shun;HU Ying-Ying. An Explicit Scheme for the KdV Equation
[2]
WU Di;GONG Ye;LIU Jin-Yuan;WANG Xiao-Gang;LIU Yue;MA Teng-Cai. Propagation of Plasma Generated by Intense Pulsed Ion Beam Irradiation
[3]
BAI Jing-Song;LI Ping;TAN Duo-Wang. Simulations of the Instability Experiments in Stratified Cylindrical Shells
[4]
LI Jing-Bo;FANG Xi-Ming. High Efficient Quantum Key Distribution by Random Using Classified Signal Coherent States
[5]
LI Jing-Bo;FANG Xi-Ming. Nonorthogonal Decoy-State Quantum Key Distribution
[6]
ZHONG Wei-Rong;SHAO Yuan-Zhi;HE Zhen-Hui. Correlated Noises in a Prey--Predator Ecosystem
[7]
QU Qing-Ling;WANG Yang;GAN Fu-Xi. Numerical Analysis and Comparison of Three Metal-Oxide-Type Super-Resolution Near Field Structures
[8]
JIANG Shao-En;SUN Ke-Xu; DING Yong-Kun;HUANG Tian-Xuan;CUI Yan-Li;CHEN Jiu-Sen. Radiation Temperature Scaling Law for Gold Hohlraum Heated with Lasers at 0.35mm Wavelength
[9]
WANG Min-Sheng;LIU Ling-Tao;LI Jia-Ming;. Simulation of Ionic Populations in Hot Dense Plasmas via a New Method beyond the Average Atom Model
[10]
HAN Qun;NING Ji-Ping;CHEN Zhi-Qiang;SHANG Lian-Ju. A Novel Method for Multi-Pumped Fibre Raman Amplifier Gain Adjustment
[11]
GUO Guang-Hai;GUI Yuan-Xing;TIAN Jian-Xiang. Scalar Field at the Phase Transition Point of RNdS Space
[12]
LIU Kai-Xin;ZHANG Jin-Xiang;ZHAO Kai;LI Xiao-Jie; ZHANG Kai. Mechanism of Explosive Technique on Relieving Welding Residual Stresses
[13]
XU Rong-Kun;LI Zheng-Hong;NING Jia-Min;GUO Cun;XU Ze-Ping;YANG Jian-Lun;LI Lin-Bo;XIA Guang-Xin;HUA Xin-Sheng;DING Ning;LIU Qiang;GU Yuan-Chao;E. V. Grabovsky;G. M. Oleynic;S. L. Nedoseev;V. V. Alexandrov;K. N.Mitrofanov;M. V. Zurin;G. S. Volkov;I. A. Porofeev;I. N. Frolov;V. P. Smirnov. X-Ray Radiation Characteristics of Nested-Wire Array Implosion in Sino-Russian Joint Z-pinch Experiments on Angara-5-1
[14]
YANG Jun;SHA Kan;GAN Woon-Seng;YAN Yong-Hong;TIAN Jing. A Simplified Algorithm for Impedance Calculation of Arbitrarily Shaped Radiators
[15]
TANG Shao-Qiang;ZHANG Da-Peng. Pseudo-Hydrodynamic Approximation for Transient Computation of Energy-Transport Models in Semiconductors
2001, Vol. 18 
