A new class of photocatalytic materials and a novel principle for efficient water splitting under infrared and visible light , MgB2 as unexpected example

Se ha reconocido de manera unǹime la disociacin̤ del agua (water splitting) como una solucin̤ ambientalmente amigable y potencialmente econm̤ica para una futura economa̕ del hidrg̤eno. En este documento se sugiere una nueva clase de fotocatalizadores estables metales binarios in̤icos o covalentes c...

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Bibliografiset tiedot
Muut tekijät:	Kravets V. G., Grigorenko A. N., The Optical Society
Aineistotyyppi:	Kirja
Kieli:	englanti
Aiheet:	Qum̕ica Fotoqum̕ica Fotocatl̀isis Fisicoqum̕ica Chemistry Photochemistry Photocatalysis physical and theoretical Fotocatalizadores Diboruro de magnesio Produccin̤ de hidrg̤eno Disociacin̤ del agua Metales binarios estratificados Photocatalysts Magnesium diboride Hydrogen production Water dissociation Stratified binary metals
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A new class of photocatalytic materials and a novel principle for efficient water splitting under infrared and visible light , MgB2 as unexpected example

A new class of photocatalytic materials and a novel principle for efficient water splitting under infrared and visible light , MgB2 as unexpected example

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