Miniaev M V, Voronchikhina L I
Aviakosm Ekolog Med. 2007 Mar-Apr;41(2):64-8.
A model of oxygen intake by aerobic bio-objects in liquid incubating media was applied to investigate the influence air-media interface area on accuracy of measuring the oxygen intake and error value. It was shown that intrusion of air oxygen increases the relative error to 24% in open polarographic cells and to 13% in cells with a reduced interface area. Results of modeling passive media oxygenation laid a basis for proposing a method to reduce relative error by 66% for open cells and by 15% for cells with a reduced interface area.
应用一种关于液体培养介质中有氧生物对象摄氧量的模型,来研究空气-介质界面面积对摄氧量测量准确性和误差值的影响。结果表明,在开放式极谱池中,空气氧的侵入会使相对误差增加到24%,而在界面面积减小的池中,相对误差会增加到13%。被动介质充氧的模拟结果为提出一种将开放式池的相对误差降低66%、将界面面积减小的池的相对误差降低15%的方法奠定了基础。