Reviews of Dr. Yasuo Izumi and Surface Chemistry Laboratory (Graduate School of Science Chiba University)Sitemap
Books&Reviews |
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Yusuke Yoshida and Yasuo Izumi, Catalysis Surveys from Asia, 20(3), 141–166 (2016), DOI: 10.1007/s10563-016-9216-8. |
Another link |
1 | "Recent Advances (2012–2015) in the Photocatalytic Conversion of Carbon Dioxide to Fuels Using Solar Energy: Feasibilty for a New Energy", in ACS Books "Advances in CO2 Capture, Sequestration, and Conversion", Volume 1194, Fangming Jin, Liang-Nian He, and Yun Hang Hu, Eds., Chapter 1, pp 1–46. DOI: 10.1021/bk-2015-1194.ch001 Abstract | |
2 | “水および二酸化炭素を燃料とする光燃料電池”,河村省梧, 吉羽真緒, 小倉優太, 泉 康雄,燃料電池開発情報センター機関誌「燃料電池」, 14(4), 41–45 (2015)(Written in Japanese) | |
3 | "水を媒質とする光燃料電池"、小倉優太、吉羽真緒、泉 康雄, 月刊 化学工業, 66(3), 206–211 (2015)(Written in Japanese) | |
4 | "Monitoring of Electron Flow in Layered Double Hydroxides to Photoreduce Carbon Dioxide into Fuels", Yasuo Izumi, Shogo Kawamura, Motoharu Morikawa, and Ahmed Naveed, Photon Factory Activity Report 2013 (Highlights), 31A, 36–37 (2014). http://pfwww.kek.jp/acr2013pdf/part_a/13ah2_4.pdf | |
5 |
“水を燃料とする光燃料電池”, 小倉優太, 岡本誓志, 藤嶋幸子, 吉羽真緒, 泉 康雄,コンバーテック, 42(7), 38–40 (2014)(Written in Japanese) | |
6 |
"Preparation and evaluation of boundary between polymer electrolyte and platinum over functionalized proton-conductive carbon", Kazuki Oka and Yasuo Izumi, Proceedings of International Conference on Biological, Chemical and Environmental Sciences (BCES-2014), International Institute of Chemical, Biological, and Environmental Engineering, pp.49–51, January 22, 2014, Patong Beach, Phuket (Thailand) | |
7 |
"水を燃料とする光燃料電池", 泉 康雄、小倉優太, セラミックス, 48(11), 899 (2013)(Written in Japanese) | |
8 |
"Topics of Materials Research Using Various Surface Analyses: Part 5. Study of Photocatalysis", Yasuo Izumi, Journal of the Japan Society of Colour Material, 86(8), in press (2013)(Written in Japanese) |
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9 |
"Photocatalytic Conversion of Carbon Dioxide into Fuels Using Layered Double Hydroxides Coupled with Hydrogen or Water", Naveed Ahmed, Motoharu Morikawa, and Yasuo Izumi, New and Future Developments in Catalysis: Activation of Carbon Dioxide, Steven L. Suib, Ed., pp.589-602 (Chapter 20), Elsevier, 2013, http://dx.doi.org/10.1016/B978-0-444-53882-6.00021-8 |
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10 |
"Recent advances in photocatalytic conversion of carbon dioxide into fuels with water and/or hydrogen using solar energy and beyond", Yasuo Izumi, Coordination Chemistry Reviews, 257, 171-186 (2013) Abstract |
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11 |
"VドープTiO2"、 |
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12 |
"化学反応速度と化学平衡"、 |
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13 |
"Effective removal of low concentrations of arsenic
and lead and the monitoring of molecular removal mechanism at surface", Yasuo Izumi, Environmental Research Journal, 3(2/3), 205 - 217 (2009) |
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14 |
"Why Gold Becomes Active When
in Form of Dispersed 3 nm Particles? Reaction Intermediate Detected at SPring-8", Yasuo Izumi, SPring-8 Research Frontiers 2007, 142 - 143 (2008) |
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15 |
"Development and monitoring of mesoporous titania
doped with vanadium or anions for selective ethanol oxidation under visible
light", |
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16 |
“ナノ粒子構造解析技術の開発”, 泉 康雄, ポリファイル, 45(528), 46 - 49 (2008)(Written in Japanese) |
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17 |
"Development of Micro-mesoporous Iron Oxide Materials
for the Removal of Arsenic", Dilshad Masih, Yoshimi Seida, Yasuo Izumi, Proceedings of 3rd International Conference on Environmental Science and Technology, 2008, Volume 1, The American Academy of Sciences, Houston, Texas, July 2008, pp 9 - 16 |
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18 |
"Development and Monitoring of Mesoporous Vanadium
Catalysts under Visible Light", |
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19 |
"蛍光分光X線吸収微細構造による状態識別から低濃度元素選択、スペクトル分解能改良まで", 泉 康雄, SPring-8の高輝度放射光を利用した先端触媒開発, SPring-8触媒評価研究会 編, 安保正一, 杉浦正洽, 永田正之, 監修, エヌ・ティー・エス, 2006, pp.147 - 156 (Written in Japanese) |
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20 |
"Arsenic Speciation and Identification
on Active Iron Adsorbent Sites by XAFS Technology", |
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21 |
"Monitoring Trace
Amounts of Lead and Arsenic Adsorbed under Environmental Conditions by
XAFS Combined with Fluorescence Spectrometry", |
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22 |
"In situ蛍光分光XAFS(X線吸収微細構造)によるV-TiO2触媒サイト構造変化の観察", |
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23 |
"X-Ray Absorption
Fine Structure Utilizing a Fluorescence Spectrometer: Site Selective Structure
Determination of Environmental Catalysts and Adsorbents", |
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24 |
"Supported ruthenium
carbido-cluster catalysts for the catalytic removal of nitrogen monoxide
and sulfur dioxide: the preparation process monitored by sulfur K-edge
X-ray absorption near-edge structure", |
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25 |
"蛍光分光サイト選択XAFS", |
Abstract |
26 |
"状態識別XAFS(X線吸収微細構造)の原理と応用", |
Abstract |
27 |
"挿入光源(BL10XU)と第3世代XAFS
- 高輝度光源のもたらす新世界 -", |
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28 |
"Oxygen Atom Radical
Formation on the Sol-gel Molybdenum-Silica Catalysts Characterized by
X-ray Absorption Fine Structure Spectroscopy", Yasuo Izumi, Studies in Surface Science and Catalysis, Vol. 130D: 12th International Congress on Catalysis, Corma, Melo, Mendioroz, Fierro, Eds., Elsevier, Amsterdam, 2000, pp.3201 - 3206 |
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29 |
"X-ray Absorption
Fine Structure Spectroscopy as a Probe of Chemical State of Catalysts", Yasuo Izumi, Trends in Inorganic Chemistry, 5, 43 - 56 (1998) |
Abstract |
30 |
"Selective Ethanol
Synthesis from Carbon Dioxide: Roles of Rhodium Catalytic Sites", Yasuo Izumi, Platinum Metals Review, 41(4), 166 - 170 (1997) |
Abstract |
31 |
"CO2をエタノールに転換する触媒の研究:担持[Rh10Se]クラスターの構造、電子状態の制御", 泉 康雄,倉片 洋,秋鹿研一,表面科学,17(5), 242 - 248 (1996) (Written in Japanese) |
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32 |
"呼吸する金属クラスター触媒", 泉 康雄,岩澤康裕, 現代化学,295(10), 16 - 23 (1995) (Written in Japanese) |
Abstract |
33 |
"CO-breathing ruthenium
and rhodium clusters", Yasuo Izumi and Yasuhiro Iwasawa, CHEMTECH, 24(7), 20 - 27 (1994) |
Abstract |
34 |
"Promoting effect
and hydrogen spillover in supported SeRh6-cluster catalysts", Yasuo Izumi and Yasuhiro Iwasawa, Studies in Surface Science and Catalysis, Vol 77: New Aspects of Spillover Effect in Catalysis, Inui, Fujimoto, Uchijima, Masai, Eds., Elsevier, Amsterdam, 1993, pp.241 - 246 |
Abstract |