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
Using a Mathematical Model to Evaluate protective Effects of Anti-G Suit 应用数学模型评价抗荷服效果的研究
Aim: To observe the protection effect of a new combined anti-G measure which was composed of KH-x anti-G suit, unassisted PBG ( positive pressure breathing for G, PBG) and PHP maneuver. 目的:研究以KH-x扩大囊覆盖面积抗荷服、无胸部代偿的抗荷加压呼吸及PHP动作组成的某型歼击机综合抗荷措施的抗荷效果;
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+Gz作用下中心血液动力学变化的仿真研究
Current research and development of anti-G suit 抗荷服的研究现状与发展趋势
Conclusions High sustained+ G_z, breathing 100% oxygen and inflation of anti-G suit were the important factors inducing acceleration atelectasis. 结论加速度肺不张的发生主要与高Gz作用时吸入纯氧和抗荷服充气有关。
Pressure decrease device and pressure discharge valve were separately put between abdominal bladder and capstan bladder in capstan anti-G suit and then the pressure in the abdominal bladder was reduced to approximately 40% of the capstan pressure. 在管式抗荷服的腹囊和两侧管囊间分别装上分压装置和泄压活门,将腹囊内的压力降至管囊内压力的40%左右。
+ gz protection provided by tilt-back seat and gz-2 anti-G suit 后倾座椅与GZ-2抗荷服综合抗荷性能测定