Strong electron donation from aluminum hydride to iron surface facilitates decomposition nitrogen molecules, followed by ammonia synthesis, even at 50°C Disclaimer: AAAS and EurekAlert! are not ...
Strong electron donation from aluminum hydride to iron surface facilitates decomposition nitrogen molecules, followed by ammonia synthesis, even at 50°C. Credit: Institute of Science Tokyo No catalyst ...
Concerns over global warming and pollution have stimulated research in hydrogen and its potential uses as an energy carrier. Lithium aluminum hydride, a reducing agent commonly used in organic ...
Metal hydrides are considered a cutting-edge storage material for hydrogen. These hydrides function even better, if the micrometer-sized hydride particles are coated with a thin polymer film. Using a ...
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