altitude chamber

altitude chamber的基本解释

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压力室, 测高器, 高度室

与altitude chamber相关的网络例句 [注：此内容来源于网络，仅供参考]

The principle is that through the use of chamber, quickly reduce the height of altitude, so as to ease people's altitude sickness and achieve the purpose of treatment.

其原理是通过该舱的使用，迅速降低海拨高度，从而达到缓解人的高原反应进而达到治疗的目的。

To determine whether a norm baric hypoxia cause's weight loss, 12 male 5-week old Wistar rats raised at an altitude of 2 260m were continuously exposed to a small hypoxic chamber with 10％ O2, which is equivalent to 5 000m, for 20 days.

为了确定大鼠的体重是否在标准气压缺氧环境下会减轻，本实验将12只5周龄Wistar大鼠移高至海拔2 260 m并使之持续暴露于含10％O2的低氧小低压舱内(相当于在海拔5000m)20日。

The aim of this study was an evaluation of the influence of HiLoon aerobic performance and its physical effects. Elite swimmers、 collegestudents major in physical education and rats were exposed to simulatedaltitude in a decompression chamber and the followings were investigated:(1) erythropoiesis and erythropoietin,(2)maximal oxygen uptake,(3)body weight and body composition,(4)serum parameters of metabolism andhormone,(5)erythropoietin gene expression in kidney and vascularendothelium growth factor gene expression in heart.1 Effects of simulated "living high-training low" on aerobic performancein elite swimmersFourteen swimmers (10 men, 4 women) from Shandong swimming team weredivided into two groups: experimental group (living high-training low,n=8,6men,2women),living at a simulated altitude of 2,800m for 13 to 14 hours per day for 3weeks in a decompression chamber and training at sea level; control group(living low-training low, n=6,4 men,2 women),living and training at sea level.

为系统探讨高住低练对机体有氧能力的影响及其机制，本研究利用低压舱来模拟高原气压条件，分别以优秀游泳运动员、体育专业大学生和大鼠为实验对象，从以下几个方面来初步探讨模拟高住低练对机体的影响：(1)红细胞生成和EPO，(2)最大摄氧量和无氧阈，(3)体重和身体成分，(4)血清物质代谢指标及激素水平，(5)大鼠肾脏EPO和心脏VEGF基因表达。1 模拟高住低练对优秀游泳运动员有氧能力的影响 14名山东省游泳队运动员(男10人，女4人)，随机分为两组：实验组(模拟高住低练组，男6，女2)和对照组(低住低练组，男4，女2)。