11:20 AM - 11:35 AM

[S5-17-CL] Efficient green hydrogen production by a customized double-junction GaAs photovoltaic device and a water splitting electrolyzer

*Masayuki Yagi¹, Zaki N. Zahran¹, Yugo Miseki², Yuta Tsubonouchi¹, Kikuo Makita², Takeyoshi Sugaya², Kazuhiro Sayama² (1. Niigata University (Japan), 2. National Institute of Advanced Industrial Science and Technology (AIST) (Japan))

11:35 AM - 11:50 AM

[S5-18-CL] Ultrafast spectroscopy for understanding CO₂ reduction mechanisms of photosensitizer-catalyst dyad molecular systems

*Kiyoshi Miyata¹, Yuushi Shimoda¹, Kei Kamogawa², Yasuomi Yamazaki³, Yusuke Tamaki⁴, Osamu Ishitani^2,5, Takumi Ehara¹, Teruyuki Honda¹, Ren Sato⁶, Yusuke Kuramochi⁶, Akiharu Satake⁶, Ken Onda¹ (1. Kyushu University (Japan), 2. Tokyo Institute of Technology (Japan), 3. The University of Tokyo (Japan), 4. National Institute of Advanced Industrial Science and Technology (Japan), 5. Hiroshima University (Japan), 6. Tokyo University of Science (Japan))

Session information

S5-17,18

[S5-17-CL] Efficient green hydrogen production by a customized double-junction GaAs photovoltaic device and a water splitting electrolyzer

[S5-18-CL] Ultrafast spectroscopy for understanding CO₂ reduction mechanisms of photosensitizer-catalyst dyad molecular systems

Authentication

Session information

S5-17,18

[S5-17-CL] Efficient green hydrogen production by a customized double-junction GaAs photovoltaic device and a water splitting electrolyzer

[S5-18-CL] Ultrafast spectroscopy for understanding CO2 reduction mechanisms of photosensitizer-catalyst dyad molecular systems

Authentication

[S5-18-CL] Ultrafast spectroscopy for understanding CO₂ reduction mechanisms of photosensitizer-catalyst dyad molecular systems