|
S1 |
Dye- and Semiconductor-sensitized Solar Cells and Polymer Solar Cells |
S2 |
Photocatalysis and Environmental/Energy applications |
| Chair: Tomokazu Umeyama (Kyoto University, Japan) |
Chair: Teruhisa Ohno (Kyushu Institute of Technology, Japan) |
|
IS1
14:40~15:00 |
RATIONAL MOLECULAR DESIGN FOR EFFICIENT SOLAR ENERGY CONVERSION
Hiroshi Imahori, Kyoto University, Japan |
IS2
14:40~15:00 |
A POROUS UPCONVERSION MATERIAL FOR TRANSFERRING NEAR-INFRARED ENERGY TO CHLOROPHYLLS
Jimmy Yu, Chinese University of Hong Kong, China |
|
S1-1
15:00~15:15 |
STRUCTURE CONTROL OF ORGANIZED MESOPOROUS TIO2 FILMS TEMPLATED BY GRAFT COPOLYMERS
Jong Hak Kim, Yonsei University, Korea |
S2-1
15:00~15:15 |
PRINCIPLE AND DESIGN OF SEMICONDUCTOR PHOTOCATALYSTS: WHAT ARE TITANIA PHOTOCATALYSTS AND HOW THEY WORK?
Bunsho Ohtani, Hokkaido University, Japan |
|
S1-2
15:15~15:30 |
A COMPARISON OF ZNO AND TIO2 AS ELECTRON CONDUCTORS FOR SEMICONDUCTOR-SENSITIZED NANOPOROUS SOLAR CELLS
Gary Hodes, Weizmann Institute of Science, Israel |
S2-2
15:15~15:30 |
IN-SITU EPR STUDIES OF N-DOPED TIO2 PHOTOCATALYSTS
Alexander Kokorin, Institute of Chemical Physics RAS, Russia |
|
S1-3
15:30~15:45 |
TRANSPARENT TIO2 NANOTUBE-BASED DYE-SENSITIZED SOLAR CELLS
Jin Young Kim, National Renewable Energy Laboratory, U.S.A |
S2-3
15:30~15:45 |
INTERCONNECTION BETWEEN SURFACE PHOTOCHEMICAL REACTIONS AND PHOTOSTIMULATED FORMATION OF DEFECTS
IN WIDE BAND GAP METAL OXIDES.
Alexei Emeline, Saint-Petersburg State University, Russia
|
|
S1-4
15:45~16:00 |
IMPROVEMENT IN THE PERFORMANCE OF DYE-SENSITIZED SOLAR CELLS USING ZNO ELECTRODES WITH VARIOUS STRUCTURES BY NIOBIUM OXIDE COATING
Shintaro Ueno, Keio University, Japan |
S2-4
15:45~16:00 |
COMPETITIVE PHOTOINDUCED OXIDATION REACTIONS ON WELL-DEFINED SINGLE CRYSTAL(RUTILE)TIO2 SURFACES STUDIED BY PL EMISSION
Akihito Imanishi, Osaka University, Japan |
|
S1-5
16:00~16:15 |
PRECISELY DIMENSION-CONTROLLED TITANIA NANOTUBES FOR EFFICIENT DYE-SENSITIZED SOLAR CELLS
Hyunjun Yoo, Kookmin University, Korea |
S2-5
16:00~16:15 |
EFFECT OF ZINC OXIDE NANOSTRUCTURED THIN FILM MORPHOLOGIES ON THE PHOTOCATALYTIC AQUEOUS ORGANIC OXIDATION REACTION MECHANISM AT DIFFERENT ULTRA VIOLET WAVELENGTHS.
Arshid Ali, University of Auckland, New Zealand |
|
Coffee Break
16:15~16:30 |
|
| S3 |
| Dye- and Semiconductor-sensitized Solar Cells and Polymer Solar Cells |
| Chair: Jong Hak Kim (Yonsei University, Korea) |
|
S4 |
| Photocatalysis and Environmental/Energy applications |
| Chair: Alexander Kokorin
(Institute of Chemical Physics RAS, Russia) |
|
|
S3-1
16:30~16:45 |
SYNTHESIS AND PHOTOVOLTAIC PROPERTIES OF PORPHYRIN-FURAN AND -THIOPHENE ALTERNATING COPOLYMERS
Tomokazu Umeyama, Kyoto University, Japan |
S4-1
16:30~16:45 |
BISMUTH- CONTAINING OXIDES FOR PHOTOCATALYSIS AND WATER SPLITTING
Yaron Paz, Technion, Israel |
|
S3-2
16:45~17:00 |
PRODUCTION TECHNOLOGIES FOR FLEXIBLE OPV
Thomas Kolbusch, Coatema Coating Machinery GmbH, Germany |
S4-2
16:45~17:00 |
ANATASE TIO2 WITH A LARGE PERCENTAGE OF {001} FACETS FOR ENVIRONMENT AND ENERGY APPLICATIONS
Huagui Yang, East China University of Science and Technology, China |
|
S3-3
17:00~17:15 |
QUASI-SOLID DYE-SENSITIZED SOLAR CELLS WITH ULTRA FINE NANO-CLAY ELECTROLYTE
Satoshi Uchida, The University of Tokyo, Japan |
S4-3
17:00~17:15 |
VISIBLE-LIGHT-INDUCED SELECTIVE CO2 REDUCTION UTILIZING A RU-COMPLEX ELECTROCATALYST LINKED WITH A P-TYPE N-DOPED TA2O5 SEMICONDUCTOR
Takeshi Morikawa, Toyota Central R&D Labs., Inc., Japan |
|
S3-4
17:15~17:30 |
HIGHLY EFFICIENT SOLID STATE DYE-SENSITIZED SOLAR CELLS
Neil Pschirer, BASF SE, Germany |
S4-4
17:15~17:30 |
CO2 PHOTOREDUCTION IN THE PRESENCE OF MODIFIED TIO2
Adriana Zaleska, Gdansk University of Technology, Poland |
|
S3-5
17:30~17:45 |
INFLUENCE OF GEL ELECTROLYTES AND SEAL MATERIALS ON DSC DURABILITY
Nancy Jiang, Dyesol Ltd, Australia |
S4-5
17:30~17:45 |
MODIFIED TIO2 PHOTOCATALYSTS FOR NOX REMEDIATION
Qingping Wu, Delft University of Technology, Netherlands |
|
Poster Session
18:00~19:00 |
|
