International Academy of Aviation and Space Medicine 国际航空和空间医学学会
The information requirement and the strategy of information acquirement for military aviation medicine researchers 军事航空医学科研人员的信息需求及有效获取信息的对策
Study on human balance function is getting attention in many fields, including the fields of medical, rehabilitation medicine, aviation medicine, sports and work security. 人体平衡功能的研究在许多领域受到重视,目前已涉及医学、康复医学、航空医学、体育运动和作业安全等领域。
France has important clusters in aviation, train technology, medicine, and nuclear power. 法国有重要的航空、火车技术、医药和核电中心。
English is the language of international business, telecommunications, aviation& medicine. 英语是国际贸易、电信、航空和医药的通用语言。
It is indispensable industrial materials for Aerospace, aviation, automotive, printing and dyeing, electronics, mining, medicine and foodstuff processing. 是航空、天、车、刷印染、子、矿、药、食食品加工,化工工业不可或缺的工业材料。
Rapid development of information technology exerts a great influence on aviation medicine intelligence research. 信息技术的飞速发展对航空医学情报研究工作产生重大影响。
Glare test and its application in aviation medicine 眩光试验及其在航空医学中的应用
Enhancing the re-search works on focal points of military aviation medicine-+ Gz protection and spatial disorientation I ④ Promoting the establishment of aeromedical information database; 加强军事航空医学热点研究(+Gz防护和克服空间走向障碍等);④大力推进航空医学信息数据库的建立和数学模型方法在航空医学研究中的应用;
Some issues of military aviation medicine 对军事航空医学的一些认识
Aviation security and psychiatry: criminal-psychiatrical aspects of aerospace medicine 航空安全和精神病学:航空医学的犯罪精神病学问题
CRM Training& the New Topic Presented to Aviation Medicine CRM训练:给航空医学提出的新课题
Thinking of the infiltration of aviation-medicine knowledge into clinical medicine 临床医学专业渗透航空医学知识的思考
Acute altitude hypoxia and fulminating altitude hypoxia are special hypoxia, this kind of hypoxia can also change EPO gene and lEGs gene's expression. It has aroused aviation medicine scholars 'interesting. 急性高空缺氧和暴发性高空缺氧为一种特殊类型的缺氧,理论上同样存在EPO和IEGs的改变,这已经引起航空医学界的高度重视。
Recollections of Department of Aviation Medicine, Changchun 1st Military Medical University 忆长春第一军医大学航空医学系
SETTING: Aviation medicine research center of a hospital. 单位:一所医院的航空医学研究中心。
Development of military aviation medicine and orientation of its future research 军事航空医学的发展趋势与面临的任务
Progresses of studies on aviation medicine in China 我国航空医学研究的主要进展
Panoramic Annular lens is a optical system that can achieve 180 ° view field without any rotational parts. It will be widely used in national defence, aviation, medicine and traffic. 全景环形成像镜头是一种不需要任何转动部件就能实现180°大视场成像的光学系统,在国防、航空、医学、交通等领域具有非常广泛的应用前景。
Objective To estimate the cardiovascular age of civil flying personnel by means of heart rate and blood pressure variability analysis and to evaluate its significance in aviation medicine. 目的研究由心率与血压变异性估计民航飞行人员心血管年龄的方法,并探讨其在心血管疾病防治中的意义。
A survey of advancement of aviation medicine in Russia 俄罗斯航空医学发展概况
Titanium and its alloys have many desirable properties such as light weight, high strength, good corrosion and oxidation resistance etc, and have been used mainly in aviation, automobiles, ships, medicine, chemical industry, buildings, sports and daily life. 钛及其合金具有质量轻、比强度高、耐蚀性强、抗氧化性好等优点,目前主要应用于航空、汽车、船舶、医疗、化工、建筑、体育及日常生活等方面。
The measuring instruments used in agricultural machinery was lack behind comparing with those applied in other industries such as electrics, electronics, aviation, automobile and medicine. 与电力、电子、航空、汽车、医疗等行业相比,农机测试仪器装备明显落后。
Smart material structure is used in many fields, including military affairs, aviation and spaceflight, automobile and medicine, so smart material structure is a research hotspot and a trend of development. 由于智能材料结构在军事、航空航天、汽车和医学等领域的广阔用途,使其越来越成为研究热点。
So, the study of sleep deprivation is getting more and more attentions in the fields of military, aviation, aerospace, navigation, medicine and traffic. 因此,睡眠剥夺研究越来越为军事、航空航天及航海、医疗和运输等部门所重视。
The titanium alloys are widely used in the aviation, the aerospace, the navigation, the car, the medicine and other industrial fields for their high specific strength, high fatigue strength, non-magnetic, good corrosion and heat resistance. 钛合金以其比强度高、抗腐蚀性能好、无磁性、耐热性能好、疲劳强度高等特性,在航空、航天、航海、汽车、医学等领域获得了广泛的应用。
As the software has been widely applied in safety-critical area, such as aviation and astronavigation, traffics and transports, nuclear power plants and medicine devices, how to enhance software dependability must be considered in the software development process. 随着软件日益广泛地被应用到航空航天、交通运输、核电能源和医疗卫生等安全关键领域,如何提高软件的可信性已成为软件开发时必须考虑和解决的问题。