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连续波光阴极注入器的驱动激光器研究

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李正红, 胡克松, 杨茂荣, 甘孔银, 钱民权. 2001: 连续波光阴极注入器的驱动激光器研究, 强激光与粒子束, 13(3): 295-298.
引用本文: 李正红, 胡克松, 杨茂荣, 甘孔银, 钱民权. 2001: 连续波光阴极注入器的驱动激光器研究, 强激光与粒子束, 13(3): 295-298.
shu
Zheng-hong, HU Ke-song, YANG Mao-rong, GAN Kong-yin, QIAN Min-quan. 2001: Driving laser of CW photoinjector, High Power Lase and Particle Beams, 13(3): 295-298.
Citation: Zheng-hong, HU Ke-song, YANG Mao-rong, GAN Kong-yin, QIAN Min-quan. 2001: Driving laser of CW photoinjector, High Power Lase and Particle Beams, 13(3): 295-298.
shu

连续波光阴极注入器的驱动激光器研究

  • 中国工程物理研究院应用电子学研究所,

Driving laser of CW photoinjector

  • 摘要: 在连续波光阴极注入器的研究中，驱动激光器是一个关键技术，采用连续锁模振荡器的锁模输出作为种子源，用二极管连续泵浦放大，再连续倍频，可以产生符合注入器要求的激光脉冲列作为驱动激光。
    Abstract: The driving laser is very important in the CW-mode photoinjector. According to the requirement of the CW-mode photoinjector, the output of a CW mode-locked laser can be used as the laser seeds, amplified continuously, and frequency-converted to generate the driving laser. The seeding laser is the diode-pumped self mode-locked laser (GE-100), which can be synchronized to the driving signal through timing stabilizer(CLX-100). The repetition rate of laser pulse can be changed from 81.25MHz to 10.16MHz by Pockels'cell, and every laser pulse is continuously amplified for 8 times. After forth harmonic, the laser pulse energy can reach 0.3 μJ at repetition rate of 10.16MHz, and the laser pulse-duration is 5ps.
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  • 刊出日期:  2001-05-30

连续波光阴极注入器的驱动激光器研究

  • 中国工程物理研究院应用电子学研究所,

摘要: 在连续波光阴极注入器的研究中，驱动激光器是一个关键技术，采用连续锁模振荡器的锁模输出作为种子源，用二极管连续泵浦放大，再连续倍频，可以产生符合注入器要求的激光脉冲列作为驱动激光。

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