青云翻译

By the temperature of the study temperature, fuel utilization as well as coke oven gas composition changes affect the performance of solid oxide fuel cell, in order to optimize the solar cell structure, reduce polarization and to improve the efficiency of the fuel cell power generation to provide th

By studying the working temperature, fuel utilization of coke oven gas composition change and its impact on performance of solid oxide fuel cells, to optimize cell structure, reduce polarization, as well as improve the efficiency of fuel cell power generation provides guiding basis enables better ap

Through the research work temperature temperature, the fuel utilization ratio as well as the coke gas ingredient change to the solid oxide compound fuel cell performance influence, for optimized the battery structure, reduces polarizes as well as enhances the fuel cell the electricity generation eff

Through the study of temperature temperature, fuel utilization, and coke oven gas changes in the composition of the solid oxide fuel cell performance, optimized for battery charger, as well as structure, reducing the fuel cell power generation efficiency with a basis for guidance, and coke oven gas

By studying the working temperature, fuel utilization of coke oven gas composition change and its impact on performance of solid oxide fuel cells, to optimize cell structure, reduce polarization, as well as improve the efficiency of fuel cell power generation provides guiding basis enables better ap