As a promising alternative hydrogen evolution catalyst,MoS_(2)is well known for its active edge sites and the inert basal plane.Now,1T′-MoS_(2)crystals are prepared and processed into different electrochemical microc...As a promising alternative hydrogen evolution catalyst,MoS_(2)is well known for its active edge sites and the inert basal plane.Now,1T′-MoS_(2)crystals are prepared and processed into different electrochemical microcells based on individual MoS_(2)nanosheets to reveal that the basal plane of 1T′-MoS_(2)is highly catalytically active.展开更多
文摘As a promising alternative hydrogen evolution catalyst,MoS_(2)is well known for its active edge sites and the inert basal plane.Now,1T′-MoS_(2)crystals are prepared and processed into different electrochemical microcells based on individual MoS_(2)nanosheets to reveal that the basal plane of 1T′-MoS_(2)is highly catalytically active.
