...进微生物的电解过程；3）改进微生物菌群同电极的接触界面，加速电荷交换速度和提高发电效率；4）石墨电极（Graphite Electrodes）引入芳基胺功能团，可加速催化电活性菌群生物膜的氧化过程，从而提升电流密度；5）完善工艺设计，持续改进生物电化学系统的稳定性...
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UHP graphite electrodes 超高功率石墨电极
High power graphite electrodes 高功率石墨电极
Impregnated graphite electrodes 浸渍石墨电极
edm graphite electrodes edm石墨电极
Graphite Electrodes for Lighting 照明用石墨电极
hp graphite electrodes 高功率石墨电极
pyrolytic graphite electrodes 热解石墨电极
ultra-high power graphite electrodes 超高功率石墨电极
The detect recovery was between 95.0 % and 103 %.2: The Electrochemistry behavior of the anticancer drug 8-Azaguanine at wax-marinated graphite electrodes had been studied.
2：研究了8—氮鸟嘌呤(8-AG)在浸蜡石墨电极上电化学性质。
参考来源 - 抗癌药物及其与DNA相互作用的电化学研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The current efficiency of the Br - oxidation on graphite electrodes is normally over 80% with the highest being 88. 5%.
溴离子在石墨电极上氧化的电流效率一般在80%以上，最高可达88.5%。
The consumption of graphite electrodes during electric steelmaking was classified and analyzed. The countermeasure of reducing consumption was given.
对石墨电极在炼钢过程中的消耗进行了分类分析，并提出了降低电极消耗的对策。
The real density of needle coke strongly influences the bulk density of graphite electrodes: a coke of high real density tends to yield low density rods.
针状焦的真密度强烈地影响着石墨电极的体积密度：真密度高的焦炭往往产生低密度的电极。
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