Nanotechnology for Improvement and Control of Power Systems

机译：用于改进和控制电力系统的纳米技术

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1. Lithium metal: uses Li metal anode Safety hazards! Moisture Dendrite formation 2. Lithium-ion: no Li metal present Li~+ insertion materials: Anode: Graphite or SnO_2 Cathode: LiCoO_2 or LiMnO_4 3. Lithium-ion polymer: polymer electrolyte.

机译：1.锂金属：使用Li Metal Aode安全危险！水分枝晶形成2.锂离子：NO Li金属存在Li〜+插入材料：阳极：石墨或SnO_2阴极：LiCoO_2或LiMnO_4 3.锂离子聚合物：聚合物电解质。

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来源
《ISA s International Instrumentation Symposiun》|2015年||共20页
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Dale Teeters;
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中图分类 TP212;
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4. Nanotechnology for Improvement and Control of Power Systems [C] . Dale Teeters Technology Evolution: Sensors to Systems for Failure Prevention . 2015

机译：改善和控制电力系统的纳米技术
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Nanotechnology for Improvement and Control of Power Systems

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