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1·The lower oxygen pressure found in an aircraft cabin is equivalent to that at 6,000-8,000 feet of altitude.

机舱里的氧分压会更低，其数值跟6000到8000英尺高空的氧分压值一样。

2·Objective Researching advances in toxicological studies on aircraft cabin were reviewed.

目的综述飞机座舱毒理学研究进展情况。

3·Some reference principles for the sound insulation design of aircraft cabin are presented in this paper.

文中给出飞机隔声设计的一些参考性准则。

4·What mobility aids and other assistive devices may passengers with a disability bring into the aircraft cabin?

残疾旅客可以带哪些移动辅助或其它辅助装置进入飞机?。

5·Inside the aircraft cabin, circuit systems on the ceiling and dashboard in the flight deck have been installed.

在机舱里面，天花板上的线路和驾驶舱的仪表盘也都已经安装完毕。

6·The guide problem about aircraft cabin environment acoustic design is fully elaborated and a lot of general engineering figures and tables are given.

对飞机座舱环境声学设计的先导问题进行了充分论述，并展示出大量的工程适用图表。

7·In this paper, a model of statistical energy analysis is used to study sound transmission loss of the aircraft cabin, and predict the sound field in the cabin.

文章建立了飞机壁板隔声的统计能量分析模型，研究了外部声场激励和振动激励通过飞机壁板的隔声量，预测了飞机舱室内的声场分布。

8·This paper present a real-time accurate algorithm for collision detection between hand and objects in aircraft cabin , such as switch, button, oil handle and brake handle.

该文针对飞机机舱内的可操纵物体：开关、按钮、油门杆、停车杆等，实现了一种实时精确的碰撞检测算法。

9·A mathematical model of the human body thermal regulation system is established, and the physiological identification parameter of aircraft cabin temperature is numerically simulated.

建立了人体热调节系统数学模型，对飞机座舱温度生理鉴定参数进行了数值模拟。

10·The present system of the most important part of the aircraft cabin is the manipulation of the body electric load, which can be requested by a variety of sensory manipulation of the simulation.

本系统实现的最重要部分是对飞机座舱操纵机构的电动加载，通过它可以实现所要求的各种操纵感觉的模拟。