1) cathode catalyst layer
阴极催化层
1.
Simulation of PEMFC cathode catalyst layer using LBM
PEMFC阴极催化层的LBM模拟
2.
Effect of different solutions on microstructure of cathode catalyst layer for direct methanol fuel cell
溶剂对DMFC阴极催化层微观结构的影响
2) cathode with double-layered catalyst layer
双催化层阴极
1.
Structure and performance of the cathode with double-layered catalyst layer for direct methanol fuel cell;
直接甲醇燃料电池双催化层阴极结构和性能
5) cathode catalyst
阴极催化剂
1.
The progresses in the R&D of anode and cathode catalysts for direct methanol fuel cell (DMFC) were reviewed on the brief introduction of electrocatalysis mechanisms on methanol oxidation and oxygen reduction.
本文在简要介绍直接甲醇燃料电池电催化反应机制的基础上综述了其阳极、阴极催化剂的研究进展。
2.
In this work, the bulk Pt1Bi1 intermetallic compound was prepared by high temperature argon arc melting method to be used as the cathode catalysts of DMFC for the first time.
因此研究对氧还原(ORR)高活性且抗甲醇中毒的阴极催化剂对于发展DMFC 具有重要意义。
3.
In this paper,an efficient approach to enhancing the stability of the cathode catalyst was explored by designing and synthesizing a novel nanocomposite support,RuO2 coated carbon black(RuO2/C).
本文为探索新型高性能DMFC阴极催化剂之制备提供了一条较好的途径。
6) cathode electrocatalyst
阴极电催化剂
1.
The acceleration of oxygen reduction rate of the cathode electrocatalyst ev.
阴极电催化剂上氧还原速率的加快显著地降低了阴极的极化电阻,从而导致电池的功率密度提高了约20%。
补充资料：阴极层富集法
分子式：
CAS号：
性质：也称阴极层激发法(cathode layer excitation)。发射光谱电弧法利用电极富集待测元素，提高灵敏度的一种方法。将微量试样置于下电极(阴极)上，待测元素被电离，由于电场作用，离子重新得到电子，复合成中性原子。阴极附近形成离子及原子富集区，致使元素发射谱线增强。
CAS号：
性质：也称阴极层激发法(cathode layer excitation)。发射光谱电弧法利用电极富集待测元素，提高灵敏度的一种方法。将微量试样置于下电极(阴极)上，待测元素被电离，由于电场作用，离子重新得到电子，复合成中性原子。阴极附近形成离子及原子富集区，致使元素发射谱线增强。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条