分子筛制氧

介绍了PSA分子筛制氧技术，对大功率制氧机的控制过程进行了研究，设计了大功率制氧机的单片机控制系统；

The oxygen technology by adopting PSA molecule is presented and the control process of the high-power oxygen machine is researched .

英国机载分子筛制氧系统简介

Development of molecular sieve oxygen generating system on board in Britain

医院采用分子筛制氧机的可行性探讨

Feasibility Discussion of Using Molecular Sieve Oxygen Making Machine in the Hospital

机载分子筛制氧技术发展的现状与动向

Current State and Trend of Molecular Screen Oxygen Making

英国机载三层同心圆型分子筛制氧系统

British Onboard Oxygen Generating System

并根据《医用分子筛制氧设备通用技术规范》要求，设计出了一台样机。

And in accordance with " General Medical molecular sieve oxygen generating equipment specification " requirements , design a prototype .

目的探讨机载分子筛制氧氧气系统及其配套抗荷装备的抗荷性能。

Objective To investigate the + Gz protection of the on board oxygen generating system ( OBOGS ) and anti G equipment .

将我国航空供氧装备生理研究归结为：高空高总压供氧防护高空低总压供氧简化装备防护和机载分子筛制氧防护生理研究三大部分。

The research of protective physiology on oxygen equipment of aviation is summed up as altitude higher absolute pressure protection , altitude lower absolute pressure protection and protective physiology studies on the airborne molecular sieve oxygen generating system .

分子筛制氧机仅仅利用空气就可以生产纯度在90-95%的氧气，近年来各级医院的中心供氧系统愈来愈多的选用了分子筛制氧设备；

The molecular sieve oxygen generator may produce the purity in 90-95 % oxygen merely using the air . In recent years , central oxygen supply system in many hospitals has increasingly selected the molecular sieve oxygen equipment .

通过模拟分子筛制氧系统供气范围，即减压前富氧气体的高空迅速减压实验，观察对机体的生理影响和氧反向弥散的变化。

The effects on physiology and oxygen inversive diffusion following the rapid decompression at high altitudes , with various oxygen-rich supplies before decompression simulating the range of gas from the molecular sieve oxygen generating system ( MSOGS ) were observed .

资料综合重点介绍了与高空供氧低总压、简化服装、加压呼吸抗过载和机载分子筛制氧有关研究进展，及其与第三代战斗机的关系。

Literature synthesis The altitude oxygen supply with the low absolute pressure , simplify partial pressure suit , elevated positive pressure breathing for anti-G and molecular sieve oxygen generation system , and their relation with third generation fighter were introduced .

医用分子筛变压吸附制氧技术的探讨

To discuss the oxygen manufacture technology about live pressure swing absorption with medical molecular sieve

目的：观察吸入不同浓度富氧气体对11000m低压条件下大耳白兔肾EPO基因表达的影响，从分子生物学水平为机载分子筛制氧系统的应用提供理论依据。

Objective : To observe the effects of inhaling different concentrations of enriched oxygen on rabbit kidney EPO gene expression at 11 000 m hypobaria , so as from molecular biological level to provide theoretical basis for application of airborne molecular sieve of oxygen supplying system .

分子筛氧浓缩器是机载分子筛制氧系统的核心部件，是飞机氧源系统的发展方向；

Molecular Sieve Oxygen Concentrator ( MSOC ) is the key component of the airborne molecular sieve oxygen generator and directs the development of the airborne oxygen generating system .