Electrochemistry with semiconductor electrodes represents an interesting and highly interdisciplinary area of science especially in physical chemistry. It involves concepts of physics including band ...

It consists of a semiconductor through which current can flow, and an electrode that is insulated from this semiconductor. The voltage applied between the insulated electrode and the semiconductor ...

Haynes put electrodes on both sides of a thin germanium ... Current flowing across Teal's semiconductors could last up to one hundred times longer than it had in the old cut crystals.

U.S. Naval Research Laboratory and Aarhus University, Denmark, researchers have confirmed protonic conductivity over ...

Negative capacitance has been observed in different systems such as electrolyte/electrode interfaces, semiconductor Schottky barriers and metal–insulator–metal structures, but in all these ...

The comments by Pei and Heeger on our paper published in Nature Materials 1 call for a clarification of the mechanism of the operation of light-emitting electrochemical cells (LEECs). The simplest ...

Scheme of Schottky contact between electrodes and semiconducting polymer. Upper panel is for the case of pristine ZnO and lower panel is for the case of S-doped ZnO. Estimated depletion width and ...

As few as five and as many as 5,000 electrodes are used. An intriguing analogy from Bruce Thomas at Sawtek, a subsidiary of TriQuint Semiconductor, is that the first set of electrodes is like ...

Until recently there had been few in situ methods available for the structure determination of an electrode surface in solution at ... The atomic structures of semiconductor surfaces of Si and GaAs ...