| RSC Advances Outstanding Peer Reviewers 2023&2024 | https://www.rsc.org/standards-and-recognition/outstanding-peer-reviewers/rsc-advances-outstanding-peer-reviewers |
| Website (http://mol-chem.com) | http://mol-chem.com/ja/index.html?titech |
| Researchmap (Masanori Yamamoto) | https://researchmap.jp/Masanori_Yamamoto |
| Precise Control of Porous Graphene Synthesis via Methane Activation | https://kaken.nii.ac.jp/ja/grant/KAKENHI-PROJECT-24K17558/ |
| Activation of CH4 on the Surfaces of Oxides Nanoparticles for the Synthesis of Nanoporous Graphenes | http://mol-chem.com/ja/activation_of_methane/index.html?titech |
| Surface Chemistry: Synthesizing porous nanographenes by activation of CH4 on surfaces of metal oxide nanoparticles | http://mol-chem.com/yamamoto/activation_of_methane/index.html?titech |
| Publication in ACS Catalysis with Prof. Keiji Maruoka | http://mol-chem.com/ja/news/20220124.html?titech |
| Kinetic analysis of methane activation for the synthesis of nanoporous graphene materials | http://mol-chem.com/ja/news/20240611.html?titech |
| Nanoporous graphene as a conductive additive in all-solid-state Li-S battery | http://mol-chem.com/ja/news/20210730.html |
| 多孔性グラフェン材料化学（JFE21世紀財団 技術研究助成） | http://mol-chem.com/ja/news/20241202.html |
| Catalysis of Thiyl Radicals | http://mol-chem.com/ja/news/20250203.html |
| National Institute of Advanced Industrial Science and Technology Project FY2025 | https://www.aist.go.jp/aist_j/news/au20250718.html |
| TOBE MAKI Foundation Research Grant 2025 | https://tobe-maki.or.jp/result/ |
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