搜索结果: 1-3 共查到“金属材料 Catalysis”相关记录3条 . 查询时间(0.049 秒)
张献明教授团队Applied Catalysis B: Environmental:MOF的能带结构调节应用于光催化的C(sp3)-H键的活化、双官能化(图)
MOF C(sp3)-H键 光催化体系 半导体型 金属
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2023/3/28
从原子经济性的角度看,C(sp3)-H键是理想的C(sp3)自由基前体,但是该领域的最大挑战是如何克服其高的键能;与传统的热催化方式相比,光催化C(sp3)-H键的断裂是产生C(sp3)自由基最理想的途径;但是该策略大多采用昂贵的Ir/Ru基配合物作为催化及过量过氧酸盐的添加,成本高且易造成环境污染;因此,亟待开发新型绿色的光催化体系应用于C(sp3)-H键的活化官能化研究。近年来,金属有机框架材...
张献明教授课题组在Applied Catalysis B: Environmental杂志上发表研究论文(图)
镍箔 Face Ni3S2 纳米 多孔薄膜
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2023/3/28
Developing earth-abundant catalysts for overall water splitting is important to sustainable energy conversion technologies. However, selectively exposing active surface and judiciously optimizing nano...
Surface Chemistry of Catalysis by Gold
Catalysis Gold
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2009/7/28
Gold has long been regarded as an “inert” surface and
bulk gold surfaces do not chemisorb many molecules
easily. However, in the last decade, largely through the
efforts of Masatake Haruta, gold pa...