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	题名	作者	年代	出处	被引量
1	Photophysics and electrochemistry relevant to photocatalytic water splitting involved at solid–electrolyte interfaces显示文摘Direct photon to chemical energy conversion using semiconductor–electrocatalyst–electrolyte interfaces has been extensively investigated for more than a half century. Many studies have focused on screening materials for efficient photocatalysis. Photocatalytic efficiency has been improved during this period but is not sufficient for industrial commercialization. Detailed elucidation on the photocatalytic water splitting process leads to consecutive six reaction steps with the fundamental parameters involved: The photocatalysis is initiated involving photophysics derived from various semiconductor properties(1: photon absorption, 2: exciton separation). The generated charge carriers need to be transferred to surfaces effectively utilizing the interfaces(3: carrier diffusion, 4: carrier transport). Consequently, electrocatalysis finishes the process by producing products on the surface(5: catalytic efficiency, 6: mass transfer of reactants and products). Successful photocatalytic water splitting requires the enhancement of efficiency at each stage. Most critically, a fundamental understanding of the interfacial phenomena is highly desired for establishing 'photocatalysis by design' concepts, where the kinetic bottleneck within a process is identified by further improving the specific properties of photocatalytic materials as opposed to blind material screening. Theoretical modeling using the identified quantitative parameters can effectively predict the theoretically attainable photon-conversion yields. This article provides an overview of the state-of-the-art theoretical understanding of interfacial problems mainly developed in our laboratory.Photocatalytic water splitting(especially hydrogen evolution on metal surfaces) was selected as a topic,and the photophysical and electrochemical processes that occur at semiconductor–metal, semiconductor–electrolyte and metal–electrolyte interfaces are discussed.	Tatsuya Shinagawa Zhen Cao Luigi Cavallo Kazuhiro Takanabe	2017	Journal of Energy Chemistry2017，26，2：	3
2	Synthesis of a carbon nitride structure for visible-light catalysis by copolymerization显示文摘	Zhang J Chen X Takanabe K	2010	Angewandte Chemie International Edition2010，49，2：	1
3	ATR-SEIRAS In- vestigation of the Fermi Level of Pt Cocatalyst on a GaN Photocata- lyst for Hydrogen Evolution under Irradiation显示文摘	Yoshida M Yamakata A Takanabe K	2009	Journal of the A- merican Chemical Society2009，131，13：	1
4	Sustainable hydrogen from bio-oil steam reforming of acetic acid as a model oxygenate显示文摘	TAKANABE K AIKA K I SESHAN K LEFFERTS L	2004	J Catal2004，227，1：	1
5	Nemo-like kinase (NLK) expression in osteoblastic cells and suppression of osteoblastic differentiation显示文摘	Nifuji A Ideno H Ohyama Y Takanabe R Araki R Abe M	2010	Exp Cell Res2010，316，：	1
6	Titania-supported cobalt and nickel bimetallic catalysts for carbon dioxide reforming of methane 显示文摘	TAKANABE K NAGAOKA K NARIAI K AIKA K-I	2005	J Catal2005，232，2：	1
7	Photocatalytic hydrogen evolution on dye-sensitized mesoporous carbon nitride photocatalyst with magnesium phthalocyanine显示文摘	Takanabe K Kamata K Wang X	2010	Physical Chemistry Chemical Physics2010，12，13：	1
8	Steam reforming ofacetic acid as a biomass derived oxygenate: Bifunctionalpathway for hydrogen formation over Pt/Zr02catalysts显示文摘	Takanabe K Aika K Inazu K	2006	Journal of Catalysis2006，243，2：	1
9	Up-regulated expression of microRNA-143 in association with obesity in adipose tissue of mice fed high-fat diet显示文摘	Takanabe R Ono K Abe Y	2008	Biochem Biophys Res Commun2008，376，4：	1
10	Sustainable hydrogen from bio-oil-steame reforming of acetic acid as a model oxygenate显示文摘	Takanabe K Aika K Seshan K	2004	Journal of Catalysis2004，227，1：	1
11	Synthesis of a carbon nitride structure for visible-light catalysis by copolymeriza- tion显示文摘	Zhang Jinshui Chen Xiufang Takanabe K	2010	Angewandte Chemie International Edition2010，9，2：	1
12	查看详情显示文摘	K Takanabe K Kamata X Wang		0，，40：	1
13	Ordered Mesoporous SBA-15Type Graphitic Carbon Nitride:A Semiconductor Host Structure for Photocatalytic Hydrogen Evolution with Visible Light显示文摘	Chen X F Jun Y S Takanabe K	2009	Chem Mat2009，21，：	1
14	Modification of Co/TiO2 for dry reforming of methane at 2 MPa by Pt, Ru or Ni显示文摘	Nagaoka K Takanabe K Aika K	2004	Appl Catal A2004，68，：	1
15	Photocatalytic hydrogen evolution on dye-sensitized mesoporous carbon nitride photocatalyst with magnesium phthalocyanine显示文摘	Takanabe K Kamata K Wang X	2010	Physical Chemistry Chemical Physics2010，，13：	1
16	Sustainable hydrogen from bio - oil - steam reforming of acetic acid as a model oxygenate 显示文摘	Kazuhiro Takanabe Ken - ichi Aika K Seshan	2004	Journal of Catalysis2004，227，1：	1
17	Steam reforming of acetic as a biomass derived oxygenate:Bifunctional pathway for hydrogen formation over Pt/ ZrO2 catalysts 显示文摘	Kazuhiro Takanabe Ken -ichi Aika Koji Inazu	2006	Journal of Catalysis2006，243，2：	1
18	Titania-Supported Cobalt and NiekelBimetallic Catalysts for Carbon Dioxide Reforming of Methane 显示文摘	Takanabe K Nagaoka K	2005	Journal of Catalysis2005，232，2：	1
19	Role and function of noble-metal/Cr-layer core/shell structure cocata- lysts for photocatalytic overall water splitting studied by model electrodes 显示文摘	YOSHIDA M TAKANABE K DOMEN K	2009	J Phys Chem C2009，113，10：	1
20	Surface Generation of a Cobalt-Derived Water Oxidation Electrocatalyst Developed in a Neutral HCO3-/CO2 System显示文摘	Joya K S Takanabe K de Groot H J M	2014	Adv Energy Mater2014，4，16：	1

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