...
机译:使用硫化钼纳米材料设计用于太阳能制氢的活性和稳定硅光电阴极
Department of Chemical Engineering Stanford University Stanford CA USA;
Department of Materials Science and Engineering Stanford University Stanford CA USA;
Department of Chemical Engineering Stanford University Stanford CA USA;
Department of Chemical Engineering Stanford University Stanford CA USA;
Department of Materials Science and Engineering Stanford University Stanford CA USA;
Department of Chemical Engineering Stanford University Stanford CA USA;
water splitting; photocathodes; molybdenum sulfides; silicon; surface protecting layers;
机译:非晶硅硫化钼钴催化剂修饰的硅作为太阳能产生氢的有效光电阴极
机译:在Titaniuni负载的n〜+ p-Silicon光电阴极上使用硫化钼催化剂制氢
机译:在Titaniuni负载的n〜+ p-Silicon光电阴极上使用硫化钼催化剂制氢
机译:硫化钼材料,为活性和稳定的水分解光电量提供催化活性和表面保护
机译:硫化钼催化剂(表征,化学吸附,加氢)。
机译:富含地球的硫化锡基光电阴极用于生产太阳能氢
机译:在受钛保护的n + p-硅光电阴极上使用硫化钼催化剂制氢