机译:基于氢化物材料的储氢系统,导热性增强
Center for Fuel Cell Research, Department of Mechanical Engineering, University of Delaware, Neuiarfe, DE 19716, USA;
Center for Fuel Cell Research, Department of Mechanical Engineering, University of Delaware, Neuiarfe, DE 19716, USA;
Center for Fuel Cell Research, Department of Mechanical Engineering, University of Delaware, Neuiarfe, DE 19716, USA;
hydrogen storage; metal hydride; aluminum foam; aspect ratio; natural convection; active cooling;
机译:用于存储氢的金属氢化物材料的导热系数:实验研究
机译:膨润土基复合材料PCM的热能存储特性,具有增强的导热性,是新型的蓄热建筑材料
机译:高温储热系统的材料和系统要求:综述。第2部分:导热系数提高技术
机译:高压金属氢化物储存系统中热增强材料的性能
机译:寻求基于复杂主族金属氢化物的新型储氢材料。
机译:十八醇-MWCNT复合PCM作为有前途的有机储热材料的储热和导热性能
机译:热性能和增强癸酸/硅藻土/碳纳米管复合材料的热导电,作为用于热能储存的形成稳定相变材料