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Investigation on Thermal Effect of N31 Neodymium Glass in High Gain Performance
Wen L(温磊); Chen L(陈林); Liu JG(刘建国); Chen YB(陈远斌); Xie XD(谢旭东); Liu Y(刘勇); Zheng KX(郑奎兴); Chen W(陈伟); Hu LL(胡丽丽); Wu YQ(吴谊群); wenlei@siom.ac.cn; inxiaoqiao@126.com
2016
Source Publication中国激光
Volume43Issue:3Pages:306001
AbstractThe integration-test-bed (ITB) device is established for research on inertial confinement fusion(ICF) in China. The single-beam output energy reaches 19.6 kJ successfully when the fundamental frequency emission wavelength is 1053 nm and the pulsewidth is 5 ns. Experimental results of thermal effect of 400 mm* 400 mm aperture slab amplifiers in ITB devices show that the peak-to-valley value d_(PV) of pump-induced wave-distortion of the whole laser chain is about 5.3 lambda, in the revise extension of deformable mirror, when the gain coefficient is 5.28% cm~(-1). Combined with the optimizations of heat management, the thermal recovery time is about 2.5 h, which can satisfy the requirement of 4 h/shot.
SubtypeArticle
Other Abstract大口径高通量验证实验平台(以下简称ITB装置)是我国为开展惯性约束聚变(ICF)研究而研制的激光装置,单束输出能量达到了19.6 kj(基频发射波长为1053 nm,脉宽为5 nS)。对大口径N31钕玻璃片在ITB装置400 mm*400 mm单口径片状放大器系统上应用的热特性进行了实验研究,结果表明:在增益系数为cm~(-1)高增益情况下,整个激光链路热致动态波前畸变峰谷值d_(PV)约为5.3 lambda,处于变形镜校正范围之内;结合合理设计冷却方案,剩余波前畸变恢复时间约为2.5 h,满足了系统运
Department单元
DOI10.3788/CJL201643.0306001
Indexed ByCSCD
WOS IDCSCD:5665568
CSCD IDCSCD:5665568
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Document Type期刊论文
Identifierhttp://ir.siom.ac.cn/handle/181231/28296
Collection高功率激光单元技术研发中心
Corresponding Authorwenlei@siom.ac.cn; inxiaoqiao@126.com
Affiliation中国科学院上海光学精密机械研究所
Recommended Citation
GB/T 7714
Wen L,Chen L,Liu JG,et al. Investigation on Thermal Effect of N31 Neodymium Glass in High Gain Performance[J]. 中国激光,2016,43(3):306001.
APA 温磊.,陈林.,刘建国.,陈远斌.,谢旭东.,...&inxiaoqiao@126.com.(2016).Investigation on Thermal Effect of N31 Neodymium Glass in High Gain Performance.中国激光,43(3),306001.
MLA 温磊,et al."Investigation on Thermal Effect of N31 Neodymium Glass in High Gain Performance".中国激光 43.3(2016):306001.
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