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跨世纪军事航空医学的发展应着力解决几个问题：一是适应跨世纪空军建设的需求，军事航空医学研究应围绕空军武器装备发展实现相应转变；空军主战机种的更新换代、主要作战方向和作战任务的需求、联勤保障体系条件下的航空卫生保障建设等重大问题确定了军事航空医学研究与发展方向。二是以应用研究为主导，为提高部队战斗力和现实保障力服务，基础研究必须为应用研究服务，以应用需求为牵引；科研重点项目应集中在学术水平高、科研力量雄厚的单位。三是要突出科研重点并加强相关的研究内容。加速度引起的意识丧失（Ｇ－ＬＯＣ）的预防措施及预警生理指标、推－拉效应、Ⅰ型空间定向障碍和超Ｇ错觉、防护装备一体化、冲击性加速度防护的生理卫生学、飞行人员医学选拔新方法与新标准的研究等问题仍是今后研究的重点。需要加强的研究有联勤条件下空军卫勤及其装备研究、新装备机种的航空卫生保障和人机工效研究、飞行人员飞行作战能力与健康状况的空中监测、高新技术与航空医学研究的结合、飞行人员常见病与多发病的防治及国外航空医学信息的研究与开发。
The development of cross-century military aviation medicine should focus on solving several problems: First, to meet the needs of the cross-century air force construction, military aviation medical research should focus on the development of the Air Force’s weapons and equipment to achieve the corresponding changes; Air Force main battle aircraft replacement, the main combat direction and The requirements of combat missions, the construction of aviation health security under the joint logistics support system and other major issues have determined the direction of military aviation medical research and development. Second, based on applied research, in order to improve the combat effectiveness of the troops and the actual support capability, basic research must serve for applied research and application needs as the traction. Key scientific research projects should be concentrated on units with high academic standards and strong scientific research strength. The third is to highlight the focus of scientific research and strengthen the relevant research content. Acceleration-induced loss of consciousness (G-LOC) precautions and early warning physiological indicators, push-pull effect, type I space-oriented and super-G delusion, protective equipment integration, impact acceleration protective physiology, The selection of new methods and new standards and other issues remain the focus of future research. Need to be strengthened research Air Force medical attendance and equipment research, aeronautic health assurance and ergonomics of the new equipment models under the conditions of joint logistics, aerial monitoring of flight personnel’s operational capability and health conditions, high-tech and aeromedical research Combining the prevention and treatment of common and frequently occurring pilots and the research and development of foreign aviation medical information.