The chart shows the distribution of publications by all Research.com ranked scientists in the field of Chemistry in 2026. The highlighted bar marks where Tatsuya Kodama sits on this spectrum.
This scientist: 219 publications — 39th percentile
39% of scientists in this discipline score the same or lower.
The last bar groups every scientist with 1,295 publications or more.
The chart shows the D-index (discipline H-index) distribution of Chemistry scientists ranked by Research.com in 2026. The highlighted bar marks where Tatsuya Kodama sits on this spectrum.
This scientist: 52 D-Index — 26th percentile
26% of scientists in this discipline score the same or lower.
The last bar groups every scientist with 159 D-Index or more.
Tatsuya Kodama is a researcher affiliated with Niigata University in Japan, focusing primarily on Engineering with a significant emphasis on Mechanical Engineering, Biomedical Engineering, Renewable Energy, Sustainability and the Environment, Materials Chemistry, and Catalysis. Their research encompasses a range of topics within these fields, particularly chemical looping and thermochemical processes, adsorption and cooling systems, phase change materials research, solar thermal and photovoltaic systems, catalysis and oxidation reactions, industrial gas emission control, and catalytic processes in materials science.
The scientist has contributed extensively to the literature, with recent published papers spanning from 2020 to 2022. Among these publications are:
Kodama frequently collaborates with several researchers, highlighting active partnerships in their work. Notable co-authors include:
The scientist's research outputs are often published in specific venues where they have multiple contributions. These venues include:
The intersection of materials chemistry and renewable energy is central to Kodama's work, with a focus on developing advanced materials for solar energy storage and thermochemical processes. The combination of these fields underpins research into phase change materials and catalytic methods aimed at improving energy storage and conversion efficiencies.
Through contributions to diverse subfields such as mechanical engineering and biomedical engineering, as well as research on sustainability and environmental impacts, the work of Tatsuya Kodama represents a multidisciplinary approach to solving complex energy and material challenges.
Tatsuya Kodama;Nobuyuki Gokon
T. Kodama
Ken-ichi Shimizu;Soichi Koizumi;Tsuyoshi Hatamachi;Hisao Yoshida
T. Kodama;Y. Kondoh;R. Yamamoto;H. Andou
T. Kodama;N. Gokon;R. Yamamoto
N. Gokon;S. Takahashi;H. Yamamoto;T. Kodama
Tatsuya Kodama;Yumiko Nakamuro;Takayuki Mizuno
Ken-Ichi Shimizu;Toshio Kaneko;Tomokazu Fujishima;Tatsuya Kodama
Ken-Ichi Shimizu;Seiichiroh Itoh;Tsuyoshi Hatamachi;Tatsuya Kodama
Nobuyuki Gokon;Hiroko Murayama;Ayumi Nagasaki;Tatsuya Kodama
Ken-ichi Shimizu;Yoshihiro Tsuji;Tsuyoshi Hatamachi;Kenji Toda
T Kodama;T Shimizu;T Satoh;M Nakata
Nobuyuki Gokon;Tomoki Hasegawa;Shingo Takahashi;Tatsuya Kodama
Nobuyuki Gokon;Tetsuro Mataga;Nobuyuki Kondo;Tatsuya Kodama
Ken-ichi Shimizu;Tomoya Higuchi;Emi Takasugi;Tsuyoshi Hatamachi
T Kodama;H Ohtake;S Matsumoto;A Aoki
Ken-ichi Shimizu;Rei Maruyama;Shin-ichi Komai;Tatsuya Kodama
Tatsuya Kodama;Yoshinao Harada;Masahito Ueda;Ken Ichi Shimizu
Ken-ichi Shimizu;Eidai Hayashi;Tsuyoshi Hatamachi;Tatsuya Kodama
Ken-ichi Shimizu;Eidai Hayashi;Tsuyoshi Hatamachi;Tatsuya Kodama
Tatsuya Kodama;Yumiko Nakamuro;Takayuki Mizuno;Ryuji Yamamoto
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