信州大学 SHINSHU UNIVERSITY

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Identifies three states of unstable Graphene Oxide

2024.03.22

Identifies three states of unstable Graphene Oxide
GOコロイド溶液の25℃~75℃における時間変化

A research group led by Specially Contract Professor Katsumi Kaneko identifies three states of unstable Graphene Oxide (GO) using visible absorption spectra. They showed that the target GO of three...


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Our professors have been selected in the list of Clarivate's Highly Cited Researchers 2023

2023.11.17

Our professors have been selected in the list of Clarivate's Highly Cited Researchers 2023

Professor Kazunari Domen, Professor Takashi Hisatomi have been selected in the list of Clarivat's Highly Cited Researchers 2023. In 2023, 6849 researchers are named the Highly Cited Researchers from 1...


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Development of a Semi-transparent Oxygen-Generating Photoanode Consisting of Tantalum Nitride Nanorods - Achieving a World-Class Solar-to-Hydrogen Efficiency of 10% -

2023.08.21

Development of a Semi-transparent Oxygen-Generating Photoanode Consisting of Tantalum Nitride Nanorods - Achieving a World-Class Solar-to-Hydrogen Efficiency of 10% -

  A research team led by Professor Domen, Division for Supra-Disciplinary Research of RISM, in collaboration with Japan Technological Research Association of Artificial Photosynthetic Chemical Process...


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3 of our professors have been selected in the list of Clarivate's Highly Cited Researchers 2022.

2022.12.08

3 of our professors have been selected in the list of Clarivate's Highly Cited Researchers 2022.

Professor Kazunari Domen, Associate Professor Takashi Hisatomi, Professor Mauricio Terrones have been selected in the list of Clarivat's Highly Cited Researcher 2022.


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Prof. Kaneko and his resaerch group developed ultrafast permeable graphene-wrapped zeolite membrane which could sieve H2 molecular

2022.05.20

Prof. Kaneko and his resaerch group developed ultrafast permeable graphene-wrapped zeolite membrane which could sieve H2 molecular
グラフェンで包接したゼオライトの電子顕微鏡画像

A research group led by Specially Contract Professor Kaneko developed ultrafast permeable graphene-wrapped zeolite membrane which could sieve H2 molecular 100 times faster than conventional membrane a...


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