期刊文献+

国外飞行人员高空生理训练的现状与进展 被引量:7

The current situation and advances in the field of the pilot ' s altitude physiology traning abroad
原文传递
导出
摘要 目的介绍国外飞行人员高空生理训练的制度、方法以及一些新的进展,以期对我国航空医学工作者有所启示。资料来源与选择主要资料选自国内外公开发表的相关论文及著作。资料引用文献27篇,著作3部。资料综合介绍国外飞行人员高空生理训练的现状、训练内容和方法,并总结分析了低压舱高空生理训练导致的医学损伤问题及目前采取的一些解决措施。结论高空生理训练对于提高飞行人员高空应急能力,保证飞行安全具有十分重要的作用。但是由低压舱训练引起的减压病等医学损伤问题不容忽视,研究制定安全、科学的低压舱训练方案是目前亟需解决的问题。 Objective To summarize the regulation,method and some new advances of the altitude physiology traning abroad, expecting to have some illuminations to our aviation medical workers. Literature resource and selection The references are selected from publications and reports in this field home and abroad. Literature quotation Twenty-seven refereences and three monograph were quoted. Literature synthesis The foreign current situation,contents and methods in the field of the altitude physiology traning were introduced, the problem of medical damage caused in altitude physiology training by the altitude chamber was summarized and analysed, some measures against this problem was also introduced. Conclusions The altitude physiology training has important function to improve pilot's ability of emergency and guarantee the flight safety, but the problem of medical damage caused by the altitude chamber can't be neglected. It is a urgent problem that we must solve at present to find a scientific and safe training project.
出处 《中华航空航天医学杂志》 CSCD 2007年第1期62-66,共5页 Chinese Journal of Aerospace Medicine
关键词 高海拔 适应 生理学 低氧 减压病 体育和训练 综述文献 Altitude Adaptation Physiological Anoxia Decompression sickness Physical education and training Review lierature
  • 相关文献

参考文献30

  • 1卢子和.高空生理训练与检查//《航空医学》编委会.航空医学.北京:人民军医出版社,1992:113-126.
  • 2Cable GG. In-flight hypoxia incidents in military aircraft:causes and implications for training. Aviat Space Environ Med, 2003,74(2) : 169-172.
  • 3Editorial Staff Report. US studies say altitude chamber training offers important hypoxia recognition training at low risk. Human Factors & Aviation Medicine, 1992,39(6):1-7.
  • 4Stanley R. Quick response by pilots remains key to surviving cabin decompression. Human Factors & Aviation Medicine, 2000,47(1) :1-8.
  • 5Headquarters Department of the Army Aeromedical Training for Flight Personnel//FM 3-04. 301 [2000-9-29 ]. http://www. militarypubs. com/field-manuals, htm.
  • 6Smart T, Cable G. Australian Defence Force hypobaric chamber training, 1984-2001. ADF Health, 2004, (5) :3-10.
  • 7Ohryi N, Takeuchi A,Tong A, et al. Physiological incidents during 39 years of hypobaric chamber training in Japan. Aviat Space Environ Med, 2002,73(4):395-398.
  • 8Joshi VV,Thakur CS. Refresher altitude chamber training for aircrew:a questionnaire feedback survey. Ind J Aerospace Med, 2005,49(2):1-13.
  • 9Federal Aviation Administration. Additional training required for operating pressurized aircraft capable of operating at high altitudes. Federal Aviation Regulations, Part 61 : 31(g)[2006-10-10].http://www.faa.gov/ regulations_ policies/.
  • 10Island RT, Fraley EV. Analysis of USAF hypoxia incidents January 1976 through March 1990. Las Vegas:Proceedings of the 31st Annual SAFE Symposium, 1993:100-106

二级参考文献14

  • 1李志刚.航空医学[M].北京:人民军医出版社,1992.35-64.
  • 2Lyons TJ, Gillingham KK, Thomae CA, et al. Low-level turning and looking mishaps. Flying Safety, 1990, (10) :2-5.
  • 3Cheung B, Money K, Wright H, et al. Spatial disorientationimplicated accidents in Canadian Forces, 1882-1992. Aviat SpaceEnviron Med, 1995, 66(6) :579-585.
  • 4于立身.中国空军的空间定向障碍训练系统[J].航空军医,1993,21(2):91-91.
  • 5Alvim K. Crayout, blackout, and G-loss of consciousness in the Brazialian Air Force: A 1991-1992 survey. Aviat Space EnvironMed, 1995, 66(7) :675-677.
  • 6Banks RD, Grissett JD, Saunders PL, et al. The effect of varying time at - Gz on subsequent + G2 physiological tolerance(push-pull effect). Aviat Space Environ Med, 1995, 66 (8) : 723-727.
  • 7Banks RD, Grissett JD, Tumopseed GT, et al. The "push-pull effect". Aviat Space Environ Med, 1994, 65(8) :699-704.
  • 8Arior ARJ, Adcock TR, McCarthy CW. In-flight arterial blood pressure changes during - Gz to + Gz maneuvering (Abstract).
  • 9Zhang WX, Zhan CL, Geng XC, et al. Cerebral bolld flow velocity by transcranial doppler during a vertical rotating table simulation of the push-pull effect. Aviate Space Environ Med,2000, 71(5) :485-488.
  • 10Muth ER, Raj AK, Rupert AH, et al. The experiece of nausea during sustained hyper-gravity flight with negligible angular velocity. Aviat Space Environ Med, 2000, 71(5) :522-530.

共引文献9

同被引文献141

引证文献7

二级引证文献13

相关作者

内容加载中请稍等...

相关机构

内容加载中请稍等...

相关主题

内容加载中请稍等...

浏览历史

内容加载中请稍等...
;
使用帮助 返回顶部