References (4)
The author lists the references as follows (continued from the previous article):
[1] Niu Xi. Simulation and experimental research on joint performance of advanced spacesuit based on gait walking [D]. University of Electronic Science and Technology of China, 2018.
[1] Zhang Wanxin, Li Tanqiu, Shang Kun, Li Meng. Development and conception of space suit pressure protection technology [J]. Aerospace Medicine and Medical Engineering, 2018, 31(02): 121-130.
[1] Wang Zhenwei, Xu Renjie, Liu Shuangyin, Xu Limei, Xie Xiaomei, Fan Shouwen. Conceptual design of spacesuit joint system for star catalog detection [J]. Manned Spaceflight, 2018, 24(01): 48-54.
[1] Wu Lili. Analysis of astronaut cabin clothing design [J]. Knitting Industry, 2017(11):14-17.
[1] Ben Xun, Zhang Shaohua, Zhang Xiaoyu, Liu Xin. Brief analysis of the new generation spacesuit thermal control system in the United States [J]. International Space, 2017(08):58-62.
[1] Yang Donghui, Li Meng, Shang Kun. Research progress in space suit thermal insulation material technology [J]. Journal of Aeronautical Materials, 2016, 36(02): 87-96.
[1] Zhou Hang, Li Yunze, Wang Shengnan, Zhou Guodong. Performance of extravehicular spacesuit life support system based on integration of cold, heat and electricity [J]. Acta Aerodynamics, 2014, 29(03): 541-548.
[1] Chen Yao, Tian Yinsheng, Du Hao, Ding Li. Research progress on basic scientific issues of thermal control of extravehicular space suits [J]. Aerospace Medicine and Medical Engineering, 2018, 31(04): 476-482.
[1] Guo Xiaoxi. Analysis on the development status and trends of foreign manned spaceflight on-orbit service technology [J]. International Space, 2016(07):26-32.
[1] Yao Likun, Fu Yan, Tian Changsheng, Fu Zongbao, Xia Lingen. Design of extravehicular spacesuit helmet display system [J]. Aerospace Medicine and Medical Engineering, 2014, 27(06): 434-438.
[1] Zhang Yuanyuan, Wang Yongsheng. NASA’s new Z series extravehicular spacesuit [J]. International Space, 2014(08):53-56.
[1] Kou Cuicui. Effects of different space environments on the performance of extravehicular space suits [D]. Nanjing University of Aeronautics and Astronautics, 2012.
[1].NASA develops new extravehicular space suit[J]. Manned Spaceflight, 2012, 18(05):77.
[1] Wang Yongsheng, Zhang Yumei, Sun Haipeng. Design concept of space suit for Russian Mars mission [J]. International Space, 2012(01):18-22.
[1] Xiao Zhijun, Guan Chunlei, Li Tanqiu. Review and prospects of Russian and American space suits [J]. Aerospace Medicine and Medical Engineering, 2011, 24(06): 460-466.
[1] Feng Maolong, Huang Jiarong, Fan Hanlin, Zhong Qi. Research progress in thermal control technology of extravehicular space suits in the United States [J]. Manned Spaceflight, 2011, 17(03): 36-41.
[1] Guan Chunlei, Li Meng, Chen Jingshan. Research progress of new lunar landing space suit technology in the United States and Russia [J]. Manned Spaceflight, 2010, 16(02): 45-52.
[1] Liang Zhiwei, Gao Feng, Wu Zhiqiang, Huang Gang, Zhao Pisheng, Zang Huabing. Development of the "Flying" extravehicular spacesuit portable life support system [J]. Manned Spaceflight, 2010, 16(01): 37-4347.
[1] Zhou Shiming, Li Daokui, Tang Guojin. Research on optimization of hinge configuration for back-entry extravehicular spacesuit donning and taking off [J]. Journal of National University of Defense Technology, 2010, 32(02):7-11.
[1] Wang Yiling. Research on the design technology of the trunk structure of the extravehicular spacesuit [A]. Chinese Space Science Society. Conference Manual and Proceedings of the Seventh Academic Annual Conference of the Chinese Space Science Society [C]. Chinese Space Science Society: Chinese Space Science Society
,2009:1.
[1] Zhou Xiaojing, Li Tanqiu, Xia Lingen, Lin Guiping. Wearable computers and their application in advanced extravehicular space suits [J]. Manned Spaceflight, 2009, 15(02): 10-1560.
[1] Wang Jing, Yuan Weixing, Yuan Xiuqian. Research progress on portable life support systems for extravehicular space suits [J]. Aerospace Medicine and Medical Engineering, 2009, 22(01): 67-71.
[1] Wang Yongsheng, Yang Jingrong. Improvement process of the Soviet/Russian "Olan" series extravehicular space suits [J]. International Space, 2008(09):7-10.
[1] Wang Yansong, Shi Peixin, Zhang Feng. Review of faults in foreign manned spaceflight extravehicular activities [J]. Manned Spaceflight, 2008(02):4-8.
[1] Guo Xing. Astronaut extravehicular activity procedures [J]. International Space, 2008(03):12-15.
[1] Zhan Jia. Safety belt for astronauts’ extravehicular activities [J]. International Space, 2008(03):15-16.
[1] An Quan. Safety issues related to extravehicular activities [J]. International Space, 2008(03):17-22.
[1] Wu Guoxing. Overview of American extravehicular space suits and their experience in use [J]. International Space, 2006(12):10-16.
Chapter completed!