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The charge transport through ferrocene 1,1′‐diamine (FDA) molecules between gold electrodes is investigated using the mechanically controllable break junction technique combined with a theoretical framework of density functional theory simulations to understand the physics of these molecular junctions. The characteristic conductances of the molecule are measured at low bias as well as current–voltage...
Catalytic graphitization of the mesoporous carbon material CMK‐3 with the help of iron oxide catalysts can increase the electrical conductivity and chemical stability and enhance the electrochemical performance as compared to the non‐graphitized material. These properties are of interest for the application as electrode material in energy storage materials, but also in neuronal electrodes. In order...
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