Cite this article:
ZHANG JIA-TAI, XU LIN-BAO, CHANG TIE-QIANG, ZHU SEN-CHANG, ZHANG SHU-GUI, NIE XIAO-BO, WANG WEI-XING, WANG SHI-HONG, LIU XIU-QIN, MEI QI-YONG, QI LAN-YING, ZHAO XUE-WEI, LI SAN-WEI, LI WEN-HONG, ZHENG ZHI-JIAN, TANG DAO-YUAN, XIE PING, SUN YONG-LIANG. MECHANISM OF HOT ELECTRON GENERATION AND STIMULATED RAMAN SCATTERING IN LASER CAVITY TARGET PLASMAJ. Chin. Phys. B, 1994, 3(4): 279-290.
ZHANG JIA-TAI, XU LIN-BAO, CHANG TIE-QIANG, ZHU SEN-CHANG, ZHANG SHU-GUI, NIE XIAO-BO, WANG WEI-XING, WANG SHI-HONG, LIU XIU-QIN, MEI QI-YONG, QI LAN-YING, ZHAO XUE-WEI, LI SAN-WEI, LI WEN-HONG, ZHENG ZHI-JIAN, TANG DAO-YUAN, XIE PING, SUN YONG-LIANG. MECHANISM OF HOT ELECTRON GENERATION AND STIMULATED RAMAN SCATTERING IN LASER CAVITY TARGET PLASMAJ. Chin. Phys. B, 1994, 3(4): 279-290.
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MECHANISM OF HOT ELECTRON GENERATION AND STIMULATED RAMAN SCATTERING IN LASER CAVITY TARGET PLASMA
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Abstract
Stimulated Raman Scattering (SRS) and X-ray spectrum emitted from many kinds of targets were experimentally investigated on the Nd:glass laser facility Shenguang-I in Shanghai, China. By theoretical analysis and computer simulation for these experiments, the result showed that the mechanism of hot electron generation in laser cavity target was mainly SRS, according to detailed comparison between the cavity target and the plane target. Other results, such as the energy fraction and temperatures of hot electron, energy and angular distribution and wave spectrum in SRS, were also presented in detail. -
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