[1] LAI Canxiong, YANG Shaohua, LU Guoguang et al. Research progress on reliability of infrared focal plane detector refrigeration components[J]. Optics and Optoelectronics Technology, 11, 39-51(2013).

[2] ZHANG Ying, LIU Su. Review on reliability of focal plane detector components abroad[J]. Infrared Technology, 34, 134-139(2012).

[3] ZHAI Guangquan, YANG Yijing, HU Xueliang et al. Study on environment and reliability test method of space mechanical refrigerator[J]. Space Return and Remote Sensing, 44, 154-163(2019).

[4] YANG Baoyu, FU Hua, WU Yinong et al. Analysis of pollution mechanism and control technology of regenerative mechanical refrigerator[J]. Cryogenic Engineering, 37-41(2005).

[5] ZHANG Xin, HAN Jianli, WANG Yao et al. Environmental spectrum design for accelerated storage test of missile-borne electronic equipment[J]. Naval Electronic Engineering, 41, 117-121(2021).

[6] SU Yongqiang. Application of metal c-type sealing ring in stirling refrigerator[J]. Infrared Technology, 44, 757-762(2019).

[7] BRENIERE Xavier, TRIBOLET Philippe. Uniting IR detects f tactical space applications: a continuous cycle f reliability[C]SPIE, 2009, 7298: 72981V.

[8] YANG Shaohua, ZHANG Xiaoming, LIU Xinguang et al. Accelerated life model of pollution degradation in stirling refrigerator[J]. Infrared Technology, 30, 462-464(2008).

[9] YUAN S W K, KUO D T. Cryocooler contamination study: temperature dependence of outgassing[C]Cryocoolers, 2001: 659664.

[10] HUANG Tingting, JIANG Tongmin. Summary of statistical acceleration model in accelerated life test[J]. Equipment Environmental Engineering, 7, 57-62(2010).

[11] ZHANG Weiyu, ZHANG Liyuan, ZHANG Zhiping et al. Fatigue life simulation of aluminum metal seal based on temperature cycle failure mechanism[J]. Equipment and Environmental Engineering, 18, 120-126(2019).