g-g的例句大全

However, there isn ta general specification human centrifuge evaluation of anti G equipment.

目前国内外尚无离心机评价抗荷装备的通用规范.

Study on comprehensive protective function of tilt-back seats and new bladder-type anti-G system

后倾座椅与新型囊式抗荷系统综合防护性能研究

+ G_Z protection of the newly developed bladder anti-G equipment

新研囊式抗荷装备的抗荷性能

The technique is also used in developing other new capstan anti-G suits.

该技术已用于其它新型管式抗荷服的设计中。

Determination of indexes of heat stress in wearing capstan pressure vest anti-G suit with breathing bladder

带呼吸囊管式背心抗荷服的热负荷测定

The Dynamic Model of Pilot Anti-G System

飞行员抗荷系统动态特性数学模型

The anti-G effect is related with the dexterity of straining maneuvering;

抗G收紧动作的熟练程度与其效果相关；

A simulation study on central hemodynamics during+ G_z with protection afforded by extended-coverage anti-G suit

使用大覆盖面抗荷服+G z作用下中心血液动力学变化的仿真研究

Dynamic model of anti-G valve-suit system

抗荷阀&抗荷服系统动态模型结构研究

Evaluation of protective effect of two kinds of combined anti-G measures

综合抗荷措施的防护效果与评价

Effect of special anti-G physical training program on+ G_z protection of HP maneuver

专项抗荷体能训练对HP动作抗荷效果的影响

Evaluation of the effect of anti-G positive pressure breathing training

抗荷正压呼吸训练效果的评价

Thermal stress on pilot wearing two bladder anti-G suits at different environmental temperatures and metabolic levels

飞行员配穿两种囊式抗荷服在不同环境温度和代谢水平时的热应激

Centrifuge evaluation of the+ G_z protection of the new anti-G straining maneuver: HP and PHP maneuver

新的抗荷动作：HP与PHP动作抗荷效果的评价

Current research and development of anti-G suit

抗荷服的研究现状与发展趋势

An Assessment of+ Gz Protection Afforded by Different Extended Bladder Coverage Anti-G Suits

对不同扩大囊覆盖面积抗荷服的＋Gz防护作用的评价

Advances of Anti-G Equipment at Home and Abroad

国内外抗荷装备的研究进展

The protection effect of a new combined anti-G measure

某型歼击机综合抗荷措施的防护效果研究

A Study on Standardized Training of Anti-G Maneuver

抗荷动作规范化训练的研究

Objective To observe the effects of different levels of acute+ Gz exposure on myocardial ultrastructure of rats and provide experimental basis for further development of anti-G measures.

目的研究不同水平急性+Gz暴露对大鼠心肌超微结构的影响，为进一步完善高性能战斗机飞行员抗荷措施提供实验依据。