机译:微量和氮掺杂碳及表面功能化
Department of Energy Resources Engineering Chemical Engineeringand Chemistry Stanford University Stanford CA 94305;
Department of Energy Resources Engineering Chemical Engineeringand Chemistry Stanford University Stanford CA 94305;
Department of Energy Resources Engineering Chemical Engineeringand Chemistry Stanford University Stanford CA 94305;
Department of Energy Resources Engineering Chemical Engineeringand Chemistry Stanford University Stanford CA 94305;
Department of Energy Resources Engineering Chemical Engineeringand Chemistry Stanford University Stanford CA 94305;
Department of Energy Resources Engineering Chemical Engineeringand Chemistry Stanford University Stanford CA 94305;
Department of Energy Resources Engineering Chemical Engineeringand Chemistry Stanford University Stanford CA 94305;
Department of Energy Resources Engineering Chemical Engineeringand Chemistry Stanford University Stanford CA 94305;
Department of Energy Resources Engineering Chemical Engineeringand Chemistry Stanford University Stanford CA 94305;
机译:通过赖氨酸辅助自组装进行氮掺杂有序介孔碳的水热合成用于有效的CO2捕获
机译:通过赖氨酸辅助自组装进行氮掺杂有序介孔碳的水热合成用于有效的CO2捕获
机译:衍生自两个含氮后交联聚合物的氮掺杂超高微孔碳,用于有效CO2捕获
机译:微型和中孔氮掺杂碳和表面官能化用于CO2捕获
机译:用于二氧化碳捕获的氮掺杂微碳和中孔碳
机译:高分子量PLA-b-PEO-b-PLA三嵌段共聚物模板化的大中孔碳用于超级电容器和CO2捕集
机译:超高表面积介孔碳,用于巨大的预燃烧CO2捕集和存储,作为氢气净化的材料