1)  zinc-air battery
锌空燃料电池
1.
We can make use of the fuel-cell to resolve these two problems, the zinc-air battery have big advantage in many respects: The zinc-air battery have the most comparable energy, the anode active material is zinc which have great stores capacity, the source is extensive, the price is opposite cheap, and the function is stable.
可以利用燃料电池来解决这两个问题,锌空燃料电池在许多方面具有很大的优势:锌空燃料电池的比能量最高,负极活性物质为锌,其贮存量大,来源广泛,价格相对低廉,且性能稳定。
2)  Zn-air battery
锌空电池
1.
Studies of the catalyst of oxygen reduction electrode for Zn-air battery;
锌空电池氧还原电极催化剂的研究
2.
The Zn-air battery was assembled.
采用滚动球磨、行星式球磨和摇摆振动球磨等方法,制备了碳载二氧化锰氧还原催化剂,并组装了锌空电池。
3)  Zinc vacancies
锌空位
4)  zinc/air battery
锌空电池
1.
Research on the energy prediction method about zinc/air battery used in Evs;
电动汽车用锌空电池电量预测方法的研究
5)  zinc-air battery
锌空电池
1.
Strategy Research on Tension Control of Zinc-Air Battery Winding Equipment;
锌空电池卷绕设备的张力控制策略研究
2.
Zinc-air battery is one of the efficient, clean new environmentally energy , using "dry embed " technology for production zinc-air battery electrode slice.
锌空电池是高效,清洁的新型环保能源之一,采用"干嵌法"工艺生产锌空电池极片时,对其加热、烘干的温度控制有着很高的要求。
6)  Zinc-air battery
锌空气电池
1.
Application prospect of the zinc-air battery in electric bicycles;
锌空气电池在电动自行车上的应用前景
2.
The present status and development trend of zinc-air battery;
锌空气电池的发展现状及趋势
3.
The application and technical state of zinc-air battery;
锌空气电池的应用和技术现状
参考词条
补充资料:固体氧化物燃料电池
分子式:
CAS号:

性质: 以氧化锆陶瓷为固体电解质的一种高温型氢/氧或氢-CO/空气燃料电池。ZrO2(以Y2O3或CaO稳定)在800~1000℃时是一种氧离子导体,在ZrO2薄膜的两边涂以多孔导电物质,作为正、负电极。正极中氧在高温下离子化成为氧离子,它迁移通过ZrO2薄膜,与负极的氢和CO化合,分别生成H2O和CO2,同时输出电流。由于工作温度高达1000℃,电催化等问题不突出,如果充分利用余热,总的能量效率可达60%~65%,但材料的高温腐蚀问题不易解决。该燃料电池已进行过10~100kW级成套电池试运行。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。