The prototype of a molecular sieve oxygen concentrator system (MSOCS) was developed, on the principle of PAS. Various intake pressures,output flow of MSOCS, altitude pressure and the environment temperature tests were tested to analyze its performance of generating oxygen. The results showed that the concentration of oxygen generation of the MSOCS increases with increasing the intake pressures and altitude, and decreases with increasing output flow of MSOCS. The gradient rate and the environment temperature make no effects. The performance of generating oxygen meets the physiological requirements for the system engineering.
Ф����,Ԭ��.���ط���ɸ����������չ����״�붯��[J] �տ�ѧ����,1997,(1):26~28 Xiao Huajun,Yuna Xiugan. Current state and trend of molecular sieve oxygen generating system in technology[J] Aeronautics Science and Technology, 1997,(1):26~28(in Chinese)
Ф����.Ӣ�����ط���ɸ����ϵͳ��չ��״[J] ���뺽��,1994,(1):47~51 Xiao HuajunThe current development of Britain on molecular sieve oxygen generating system[J]. Aeronautics & Astronautics.1994,(1):47-51
Ф����,Ԭ��.���л����ۺ����ضԷɻ�����װ������������Ӱ��[J] �����պ����ѧѧ��,1997,23(5):586~589 Xiao Huajun,Yuan Xiugan. Effects of inflight environment multiple factors on the parameter of aircraft oxygen equipment[J] Journal of Beijing University of Aeronautics and Astronautics, 1995,23(5):586~589(in Chinese)
Ф����.�������÷ɻ����ط���ɸ����ϵͳ[J] �����뺽��,1996,(1):38~40 Xiao HuajunThe molecular sieve oxygen generating system of France' military aircraft[J]. Aeronautics & Astronautics.1996,(1):38-40
Ikels K G.Performance criteria for the MOSOGS .Proceedings of the 25th Annual Symposium .Las Vegas,Nevada:SAFE Association,1987��29
Xiao Huajun. The physiological requirement on the concentration of aircrafts' oxygen supply equipment .Proceedings of 29th SAFE Annual Symposium .Las Vegas,Nevada:SAFE Association,1991.192