Highlighting photocatalytic H2-production from natural seawater and the utilization of quasi-photosynthetic absorption as two ultimate solutions for CO2 mitigation

En este artc̕ulo se examinan cinco soluciones potenciales para la mitigacin̤ de CO2 y se analiza de manera ter̤ica preguntas relacionadas sin resolver. La disociacin̤ fotocatalt̕ica de agua marina puede convertirse en una solucin̤ definitiva para la produccin̤ de H2, siempre y cuando que se superen...

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Detaylı Bibliyografya
Diğer Yazarlar:	Wang Wenfeng, Chen Xi, Zhang Heng, Jing Changqing, Zhang Yifan, Yan Bo, Hindawi Publishing Corporation
Materyal Türü:	Kitap
Dil:	İngilizce
Konular:	Qum̕ica Fotoqum̕ica Fotocatl̀isis Fisicoqum̕ica Chemistry Photochemistry Photocatalysis physical and theoretical Produccin̤ de hidrg̤eno Disociacin̤ del agua Agua marina Emisiones Mitigacin̤ de dix̤ido de carbono Comercio de emisiones Absorcin̤ cuasifotosintťica Secuestro y captura de dix̤ido de carbono Hydrogen production Water dissociation Sea water Emissions Carbon dioxide mitigation Emissions trading Quasi-synthetic absorption Sequestration and capture of carbon dioxide
Online Erişim:	Highlighting photocatalytic H2-production from natural seawater and the utilization of quasi-photosynthetic absorption as two ultimate solutions for CO2 mitigation
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Highlighting photocatalytic H2-production from natural seawater and the utilization of quasi-photosynthetic absorption as two ultimate solutions for CO2 mitigation

Highlighting photocatalytic H2-production from natural seawater and the utilization of quasi-photosynthetic absorption as two ultimate solutions for CO2 mitigation

Internet

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