Technion Research & Development Foundation Limited

Case Western Reserve University

Rafi Kalish

Moshe Tordjman

Barry Irwin Miller

Xu Shi

The present invention provides a conducting material comprising a carbon-based material selected from a diamond or an insulating diamond-like carbon, having a hydrogen-terminated surface and a layer of tungsten trioxide, rhenium trioxide, or chromium oxide coating said hydrogen-terminated surface. Such conducting materials are useful in the fabrication of electronic components, electrodes, sensors, diodes, field effect transistors, and field emission electron sources.

Transition-metal oxides-coated hydrogen-terminated diamond surface and uses thereof

A conducting material includes a carbon-based material selected from a diamond or an insulating diamond-like carbon, having a hydrogen-terminated surface and a layer of MoOcoating the surface. A method for the fabrication of such a material. The conducting material is useful in the fabrication of electronic components, electrodes, sensors, diodes, field effect transistors, and field emission electron sources.

Molybdenum trioxide-coated hydrogen-terminated diamond surface and uses thereof

An electrode ( ) formed from a layer ( ) of tetrahedral carbon doped with nitrogen (taC:N) has both electroanalytical and electrosynthetic applications. The electrode includes a substrate material ( ), such as a silicon wafer, for supporting the taC:N layer. The electrode has good durability under a high anodic potential and high selectivity for conversion of chloride ions to chlorine, and for other electron transfer reactions. The electrode is readily formed at ambient temperatures by vacuum deposition of carbon and nitrogen ions on to the substrate. Masking of the substrate during deposition allows the formation of microelectrode arrays.

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Haifa, Israel

Rafi Kalish