Search Results - "Kadowaki, Haruhiko"
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A New Photocatalyst of RuO2-loaded PbWO4 for Overall Splitting of Water
Published in Chemistry letters (01-11-2004)“…Lead tungstate, PbWO4, with a tetragonal structure was found to make a stable photocatalyst for the decomposition of water to produce H2 and O2 when combined…”
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Photocatalytic Activity of RuO2-loaded PbxWO4 (x = 0.2–1.1) for Water Decomposition
Published in Chemistry letters (05-03-2007)“…In the presence of RuO2, Pb-deficient lead tungstates, PbxWO4 (x < 1.0), showed higher photocatalytic activity compared to stoichiometric PbWO4 for water…”
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Applicability of a catalytic reduction method using a palladium-copper catalyst and hydrazine for the denitration of a highly concentrated nitrate salt solution
Published in Journal of nuclear science and technology (01-09-2012)“…Denitration of a highly concentrated sodium nitrate (NaNO 3 ) aqueous solution via a catalytic reduction method using a palladium-copper catalyst supported on…”
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RuO2-loaded Sr2+-doped CeO2 with d0 Electronic Configuration as a New Photocatalyst for Overall Water Splitting
Published in Chemistry letters (05-03-2007)“…Ruthenium oxide-loaded Sr2+-doped CeO2 with f0d0 electronic configuration was found to have photocatalytic activity for overall water splitting into H2 and O2…”
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Overall Splitting of Water by RuO2-Loaded PbWO4 Photocatalyst with d10s2-d0 Configuration
Published in Journal of physical chemistry. C (11-01-2007)“…Tetragonal lead tungstate, PbWO4, consisting of a WO4 tetrahedron showed high and stable photocatalytic activity for the overall splitting of water, producing…”
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Overall Splitting of Water by RuO 2 -Loaded PbWO 4 Photocatalyst with d 10 s 2 -d 0 Configuration
Published in Journal of physical chemistry. C (01-01-2007)Get full text
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Photocatalytic Activity of RuO2-loaded Pb x WO4 ( x = 0.2–1.1) for Water Decomposition
Published in Chemistry letters (05-03-2007)“…In the presence of RuO2, Pb-deficient lead tungstates, PbxWO4 (x < 1.0), showed higher photocatalytic activity compared to stoichiometric PbWO4 for water…”
Get full text
Journal Article