oxygen acceptor
英 [ˈɒksɪdʒən əkˈsɛptə]
美 [ˈɑːksɪdʒən ækˈsɛptər]
网络 氧受体
双语例句
- In aerobic systems, oxygen is the terminal electron acceptor and is reduced.
在需氧体系中，氧是末端电子接受体并且被还原。 - When either oxygen or excess cytochrome c was used as the electron acceptor, reduced codehydrogenase I and succinate each inhibited the rate of oxidation of the other ( Figs 4, 6& 7).
当用氧或过量之细胞色素c作为氢受体时，琥珀酸与还原辅酶Ⅰ能彼此互相抑制对方氧化的速度。 - Molecular oxygen, as an electron acceptor, can interact with many organic compounds to form contact charge transfer complexes ( CCT) which have the maxima absorption at longer wavelengths than that of the original components.
分子氧可以作为电子受体与很多有机化合物形成接触电荷转移复合物（CCT），从而在长波处产生新的具有最大吸收峰的CCT光谱。 - The reason is that oxygen vacancies are formed due to the introduction of acceptor impurities which give rise the decrease of the concentration of Ba vacancies.
这是由于受主杂质的引入利于产生氧空位，导致钡空位浓度下降的结果。 - Oxygen as an electron acceptor can interact with organic electron donors to form oxygen contract charge transfer ( O 2 CCT) complexes.
氧可与有机分子形成接触电荷转移（CCT）复合物。 - The amount of phosphorus taken up to per mole of electrons transferred under anoxic condition was 0 14 mol, which was 39 1% lower than 0 23 mol with oxygen as the electron acceptor.
缺氧时每摩尔电子转移所吸收的磷为014mol，比氧为电子受体时的023mol低391% - In air-cathode microbial fuel cell ( ACMFC), oxygen diffused into the reactor from cathode without PEM can be reduced as electron acceptor via aerobic respiration by facultative microorganisms, resulting in either a decreasing of power generation or electron loss.
在空气阴极生物燃料电池（ACMFC）中，从阴极扩散进入阳极的氧气能够被兼性微生物作为电子受体还原，进而导致电子损失严重。 - The ether oxygen atom, urethane carbonyl and urea carbonyl are proton acceptor.
质子的接受体包括醚氧原子、氨基甲酸酯羰基和脲羰基。 - It was first confirmed by experiments that the chemisorbed ionic oxygen was one kind of acceptor state in grain boundaries.
第一次从实验上证实了化学吸附氧是晶界受主志之一。 - In the process of sulfide mineral bio-oxidization, molecular oxygen is the terminal electron acceptor. As a result, there must be a sufficient oxygen supply.
分子氧是硫化矿物生物氧化过程中电子转移的最终受体，因此硫化矿物的生物氧化过程必须供氧。 - Due to its high oxidation potential, availability, low cost, sustainability and the lack of a chemical product, oxygen is the most suitable electron acceptor for MFC.
由于氧气具有较高的氧化电位，低成本，稳定以及没有副产物等特点，其是MFC最合适的阴极电子受体。 - Under AS condition, when there is oxygen and nitrate, cells can also use oxygen and nitrate as electron acceptor for cell growth and mineralization of magnetosome.
有氧条件下，当氧和硝酸盐都存在时，细胞可以同时利用氧和硝酸盐作为电子受体供细胞生长和磁小体矿化。 - We use pseudomonas aeruginosa as the microbe, glucose solution as fuel, and oxygen as electron acceptor to measure the performance of MFCs with a variety of electrodes.
实验中我们采用了绿脓杆菌为产电微生物，葡萄糖溶液为燃料，氧气为电子接受者，对使用不同电极的燃料电池进行性能的测量。 - Molecular oxygen is the terminal electron acceptor in the mitochondrial electron transport chain and is also the prerequisite conditions that are required by higher plants during their growth and development.
氧是线粒体电子传递链的末端受体，是高等植物正常生理代谢和生长发育必不可少的条件。