Abstract: The present invention is in relation to a composition of electrode material in the form of a coating, said composition represented by formula Mn1-xO/C, wherein Mn1-xO is the monoxide of manganese with x is ?0 and ?0.1 and C is carbon. In addition, the invention also provides a process for deposition of aforementioned composition in the form of a nanocomposite coat on the electrode of an electrochemical capacitor in the fields of automobile, aerospace engineering and applications, very large scale integrated circuits (VLSI) technology, micro-electro-mechanical systems (MEMS) and combinations thereof.

Abstract: The present invention is in relation to a composition of electrode material in the form of a coating, said composition represented by formula Mn1-xO/C, wherein Mn1-xO is the monoxide of manganese with x is ?0 and ?0.1 and C is carbon. In addition, the invention also provides a process for deposition of aforementioned composition in the form of a nanocomposite coat on the electrode of an electrochemical capacitor in the fields of automobile, aerospace engineering and applications, very large scale integrated circuits (VLSI) technology, micro-electro-mechanical systems (MEMS) and combinations thereof.

Abstract: A precursor chemical compound is applied to a surface sought to be coated, and subjected to a rapid thermally activated chemical reaction process (RTACRP) in which the temperature is quickly raised and lowered. The desired coating is formed from the precursor chemical compound by a chemical reaction at the elevated temperature. The structural/chemical integrity of the surface is preserved due to the use of RTACRP. The approach may be used to manufacture a high-energy density lead-acid battery.

Abstract: A precursor chemical compound is applied to a surface sought to be coated, and subjected to a rapid thermally activated chemical reaction process (RTACRP) in which the temperature is quickly raised and lowered. The desired coating is formed from the precursor chemical compound by a chemical reaction at the elevated temperature. The structural/chemical integrity of the surface is preserved due to the use of RTACRP. The approach may be used to manufacture a high-energy density lead-acid battery.

Abstract: A device is disclosed, and a method for construction, in which gallium arsenide phosphide diode chips are employed to produce an inexpensive thermometer that has a broad range, accurate, temperature sensitivity. The thermometer does not require recalibration to maintain accuracy and is rugged in construction. The chip described is a type commonly found in light-emitting diodes.