Respiratory function of mitochondria was measured by oxygen electrode method.
氧电极法测定线粒体的呼吸功能。
However, application of the oxygen electrode is mostly restricted by its poor catalytic capability.
目前氧电极相对差的催化能力是制约氧电极高效应用的关键因素。
A new kind of non noble metal catalyst for the oxygen electrode of alkaline fuel cells was investigated.
报道了一种新的碱性燃料电池氧电极的非贵金属催化剂。
Hepatic mitochondria were isolated and mitochondrial respiratory activity was assayed in a Clark oxygen electrode.
肝线粒体分离后以氢电极法测定其呼吸活性。
A microbial sensor consisting of an immobilized cell column and an oxygen electrode with FIA system was made for estimation of BOD.
采用海藻酸钙包埋异常汉逊酵母，将自行设计的简易流动注射式系统，结合溶氧电极，构成BOD 生物探针仪，对污水进行快速测定。
This method is promising in various catalyst systems of the oxygen electrode for alkaline fuel cell.
该方法应用在各种催化体系的氧电极中，都取得了满意的结果。
We estimate a save of electrical energy of 20 ~ 30%, and it is possible to use cheap manganese dioxide as the catalyst used in the oxygen electrode.
估计节省电能20 ~ 30%。并提出廉价的二氧化锰有作为氧电极催化剂的可能。
Membrane dissolved oxygen electrode is an important tool for measuring oxygen content in solution, but there is limitation because of its chemical properties.
膜式溶氧电极作为测量溶液中含氧量的一种重要的测量工具，但因其电化学性质而受到局限。
The characteristic of the unitized regenerative fuel cell and the research actuality of the catalysts used for bifunctional oxygen electrode were reviewed briefly.
介绍了组合式再生燃料电池基本特点，简要回顾了组合式再生燃料电池中双效氧电极催化剂研究现状。
The microbial membrane, prepared by immobilized microorganisms, was attached to the surface of oxygen electrode to form microbial sensor for the determination of sulfide.
从硫铁矿的酸性土壤中分离、筛选出氧化硫硫杆菌，将其固定化制备微生物膜，再与氧电极组装成微生物传感器，用于样品中微量硫化物的测定。
Data collection data logging devices PH value, conductivity, dissolved oxygen, electrode potential value of a total of 24 routes.
数据巡检仪采集PH值、电导率、溶解氧、电极电位值共24路。
Data collection data logging devices PH value, conductivity, dissolved oxygen, electrode potential value of a total of 24 routes.
数据巡检仪采集PH值、电导率、溶解氧、电极电位值共24路。
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