Advances in high performance large aperture neodymium laser glasses

Lili, 胡丽丽 Hu; Shubin, 陈树彬 Chen; Tao, 孟涛 Meng; Wei, 陈伟 Chen; Jingping, 唐景平 Tang; Biao, 王标 Wang; Junjiang, 胡俊江 Hu; Lei, 温磊 Wen; Shunguang, 李顺光 Li; Yasi, 蒋亚丝 Jiang; Junzhou, 张俊洲 Zhang; Zhonghong, 姜中宏 Jiang

doi:10.3788/hplpb20112310.2560

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“…模量 52.7 GPa，泊松比 0.27，密度 2.86 g/cm 3 [1,[3][4] 。包边玻璃和钕玻璃线性热膨胀在固化温度范围内基本一样 (固化温度小于 100 ℃)。包边胶为合成环氧树脂胶 [22][23] [31][32] [31][32][33] Note: * data before"1"excludes the cladding glass; data after"1"includes the cladding glass…”

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Experiment Investigation on Residual Stress of Nd:Glass Edge Cladding

Junjiang¹,

Tao²,

Lei³

et al. 2015

中国激光

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In order to decrease the reflectivity of amplified spontaneous emission, suppress parasitic oscillations, an edge cladding that absorbs the reflected or scattered light is required. The residual stress of the edge cladding is an important parameter for bonding. The influence factors on the residual stress birefringence near the bonding interface are described in detail. The effects of fine annealing, polishing and bonding are investigated. The results indicate that the effects of the edge stress of samples on the residual stress near the bonded interface are in evidence; the poorer of polishing surface flatness makes, the larger birefringence near the cladding interface; and the low shrink percentage and modulus adhesive polymer have less impact for the residual stress near the interface.

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