1) high-cold and oxygen deficit
高寒缺氧
1.
Qinghai-Tibet railway,the first highland railway crossing permafrost region in the world,was confronted with main three mainly difficult problems,"permafrost,high-cold and oxygen deficit,and ecologic frangibility".
青藏铁路是世界上第一条跨越高原多年冻土区的铁路,工程建设环境面临多年冻土、高寒缺氧、生态脆弱的“三大难题”,比国内外其他多年冻土工程建设更艰巨和困难。
2) alpine and anoxic region
高寒缺氧地区
1.
Zhikong Hydropower Station is located at an elevation of 3 800 m in the alpine and anoxic region of Tibet, for which the aggregate production for the concrete is quite difficult during construction in winter season.
依靠多年在西藏地区的施工经验,结合直孔地区的气候特点,采用暖棚、防滑、翻晒及调整筛分冲洗参数等措施在低温季节进行混凝土集料生产,创造了高寒缺氧地区低温季节进行集料生产的先例。
3) altitude hypoxia
高空缺氧
1.
Method A model for acute altitude hypoxia experiment was presented.
方法建立了一个急性高空缺氧实验模型 ,记录了 4种不同高度条件下从缺氧前到缺氧 30min时的EEG ,分析了其复杂度。
4) Plateau hypoxia
高原缺氧
1.
Although many methods were used to treat with plateau hypoxia,mainly oxygen therapy and hyperbaric oxygen therapy(HBOT),but all could not meet the need of plateau hypoxia.
通过对增氧和增压两种治疗方法在高原缺氧中作用和应用现状的回顾分析,以及对传统高压氧技术和新出现的增压舱技术的优缺点比较,认为增压舱治疗技术是一种简单易行的高原缺氧防治新方法,同时认为探索合理的增压方式是高原缺氧防治研究的发展方向。
5) High altitude hypoxia
高原缺氧
1.
Objective To study the effects of soman intoxication under high altitude hypoxia on the activity of AchE and the expression of m 2 receptor mRNA.
目的 探讨高原缺氧条件下梭曼中毒对大鼠心肌乙酰胆碱酯酶 (AchE)活性和m2 受体表达的影响。
6) altitude hypoxia
高压缺氧
补充资料：高寒
地势高而寒冷：～地带。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条