Improvement of solid oxide fuel cell by imprinted micropatterns on electrolyte

Micro & nano letters

article

Yang Xu¹  Fujio Tsumori¹  Toshiko Osada¹  Hideshi Miura¹ 

[1] Faculty of Engineering, Kyushu University

关键词: ceramics;    crystal microstructure;    electrochemical electrodes;    interface structure;    ionic conductivity;    nanofabrication;    nanopatterning;    powders;    sheet materials;    sintering;    solid electrolytes;    solid oxide fuel cells;    surface structure;    microfabrication;    solid oxide fuel cell;    imprinted micropatterns;    interfacial structure;    electrode;    nanopatterns;    fine patterns;    ceramic compound material;    debinding;    sintering;    dense ceramic sheet;    fine micropatterns;    electrolyte sheets;    surface patterns;    cathode layer;    anode layer;    cell performance;    power density;    ion conductivity;    three-dimensional microstructures;    micropowder imprinting;   

DOI  :  10.1049/mnl.2013.0310

学科分类：计算机科学（综合）

来源: Wiley

【 摘 要 】

Corona virus emerged as a surprise to the world, just three months back, and within the matter of only a few weeks engulfed whole of the globe in a state of despair and fear. From Wuhan to New York, the clinicians found them on the forefront of a world war like condition. Most of the healthcare systems found them ill prepared to deal with the ever-growing number of victims. As expected, the brunt of this catastrophe had to bear by the intensivists, anesthesiologists, pulmonologists and the nursing staff, besides almost every trade and discipline of the workers in a hospital. (Please select one option in the questions given below).

【 授权许可】

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