| |
|
||||||||||
| |
|
|
![]() |
|
|
||||||
![]() |
![]() |
|
|||||||||
| |
|
||||||||||
|
![]() |
|
|
||||||||
唐昌建 教授 博导
Current Research Direction1 . The Study on Radiation Sources of Millimeter or Terahertz Wave based on Plasma The stimulated emission of relativistic electron beam focused by ion, containing ion channel laser (ICL) and ion channel electron cyclotron maser (ICECM). 2 . The Interaction of Microwave or Laser with Plasma Main works contain: The powerful electromagnetic emission from the interaction of relativistic electrons with wave in the ion background and the interaction of tense laser with plasma. On the other hand, the interaction of plasma with wave in MCF is under research also. 3 . Powerful Electronics Vacuum Device The current research is focused in the theory and experiments on grytron oscillator with photonic crystal cavity
Part of the Publicized articles[1].Tang Changjian et al, A Time-Dependent Non-Linear Theory of Ion Channel Electron Cyclotron Maser. International J. of Electronics . 82 , 2005 , 489-497. [2] C.J.Tang et al,The nonlinear theory of cyclotron electron stimulated radiation in an ion-channel Acta physica sinica ( 物理学报 ), 51(6) , 2002 , 1256-1261. [3].Tang Changjian et al, Electromagnetic Instability in An Ion-Channel Electron Cyclotron Mser, J. Phys.D:Appl.Phys. 29 , 1996 , 90-94. [4].Tang Changjian et al, The Analysis of Nonlinear Oscillatory Process on ICECM, Chinese Journal of Electronics. 15 , 2006 , 347-350. [5] Peng Xiaodong,,Tang Changjian,Minimal dynamic model for electron-temperature gradient turbulence, Physics of plasma 14 , 2007 , 010703(1-4). [6] C.J.Tang et al, Self-consistent Nonlinear Theory of High-power Groytron Pump for EMW-FEL. 中国科学 A 辑 ( 英文 ), 36(9),1993 , 1114-1122. [7] C.J.Tang et al,Ion-Channel Electron Cyclotron Mser J. Infrared and milimeter, 14,1995 , 407-412. [8] C.J.Tang et al,Dielectric tensor of 2D relativistic motional plasma.Acta physica sinica ( 物理学报 ) Vol. 53(4),2004 , 1145-1149.
|
|
||||||||||
| |
|||||||||||
| |
|||||||||||
| |
|
||||||||||
© 2004 四川大学物理科学与技术学院 http://physics.scu.edu.cn
通讯地址: 四川省成都市九眼桥 四川大学物理科学与技术学院
邮政编码: 610064 电话: 028-85412322 传真:028-85412322