KONDO Takahiro
- Articles
- Surface Chemical Reaction of CO2 Driven by Vibrational Energy
近藤 剛弘; 全 家美; 中村 潤児
Vacuum and Surface Science/63(12)/pp.629-634, 2020 - Synthesis of nanosize tetratitanium heptoxide and its anomalous phase transition
Tokoro Hiroko; Araki Yusuke; Nagata Iori; Kondo Takahiro...
Mate. Res. Lett./8(7)/pp.261-267, 2020-4 - Cracking of squalene into isoprene as chemical utilization of algae oil
Kimura Kazuya; Shiraishi Kazuma; Kondo Takahiro; Nakamura...
Green Chemistry/22(10)/pp.3083-3087, 2020-04 - Creation of new 2D materials using boron
近藤 剛弘
Oyo Buturi/89(3)/pp.152-156, 2020-03 - Geometrical Frustration of B-H Bonds in Layered Hydrogen Borides Accessible by Soft Chemistry
Tominaka Satoshi; Ishibiki Ryota; Fujino Asahi; Kawakami ...
Chem/6(2)/pp.406-418, 2020-02 - ホウ化水素シートにおける光誘起水素発生
河村 玲哉; 平林 透; 山口 晃; 宮内 雅浩; Nguyen Thanh Cuong; 石引 涼太; 岡田 ...
物性研だより/59(4)/pp.4-6, 2020-01 - 気体の分子振動で駆動する化学反応―省エネルギープロセスによるCO2からのCH3OH合成を目指して―
近藤 剛弘; 全 家美; 中村 潤児
化学/75/pp.27-32, 2020-01 - Photoinduced hydrogen release from hydrogen boride sheets
Kawamura Reiya; Cuong Nguyen Thanh; Fujita Takeshi; Ishib...
Nature Communications/10(1)/pp.4880-1-4880-8, 2019-10 - Hydrogenated Borophene Shows Catalytic Activity as Solid Acid
Fujino Asahi; Ito Shin-ichi; Goto Taiga; Ishibiki Ryota; ...
ACS Omega/4(9)/pp.14100-14104, 2019-08 - Vibration-driven reaction of CO2 on Cu surfaces via Eley-Rideal-type mechanism
Quan Jiamei; Muttaqien Fahdzi; Kondo Takahiro; Kozarashi ...
Nature Chemistry/11(8)/pp.722-729, 2019-06 - Surface Science Seminar 2018 (Practice) Practice! Materials Informatics, Material Data Science Studied Through Actual Work
近藤 剛弘
Vacuum and Surface Science/62(5)/pp.302-302, 2019-05 - Local electronic structure on bottom-up model electrode catalyst of nitrogen doped carbon.
秋光 上歩; 引田 悠介; 渋谷 陸; 武安 光太郎; 近藤 剛弘; 中村 潤児
Abstract book of Annual Meeting of the Japan Society of Vacuum and Surface Science/2019/p.2P20S, 2019 - Two-dimensional borophane sheets: Formation, characterization and properties
近藤 剛弘
Abstract book of Annual Meeting of the Japan Society of Vacuum and Surface Science/2019/p.3Ba07, 2019 - CO2 dissociative adsorption dynamics on single crystal Cu surface
今林 拓海; 茂木 智泰; 全 家美; 武安 光太郎; 近藤 剛弘; 藤谷 忠博; 中村 潤児
Abstract book of Annual Meeting of the Japan Society of Vacuum and Surface Science/2019/p.3Ca11, 2019 - Formate hydrogenation reaction process on Cu (111) surface
澤樹 保隆; 今林 拓海; 武安 光太郎; 近藤 剛弘; 藤谷 忠博; 中村 潤児
Abstract book of Annual Meeting of the Japan Society of Vacuum and Surface Science/2019/p.3Cp05, 2019 - Mechanism for methanol synthesis on Cu-based catalyst
菅 亮人; 小島 隆聖; 武安 光太郎; 近藤 剛弘; 中村 潤児; 藤谷 忠博
Abstract book of Annual Meeting of the Japan Society of Vacuum and Surface Science/2019/p.3Cp04S, 2019 - Mechanism of oxygen reduction reaction for model catalyst of N-doped carbon.
引田 悠介; 秋光 上歩; 武安 光太郎; 近藤 剛弘; 中村 潤児
Abstract book of Annual Meeting of the Japan Society of Vacuum and Surface Science/2019/p.3Cp01, 2019 - Electronic structure of a monoatomic Cu2Si layer on a Si(111) substrate
Cameau M.; Yukawa R.; Chen C.-H.; Huang A.; Ito S.; Ishib...
Phys. Rev. Materials/3(4)/p.044004, 2019-04 - Platinum nanoparticles supported on reduced graphene oxide prepared in situ by a continuous one-step laser process
Haxhiaj Ina; Tigges Sebastian; Firla Damian; Zhang Xiaor...
Applied Surface Science/469/pp.811-820, 2019-03 - Semimetallicity of free-standing hydrogenated monolayer boron from MgB2
Tateishi I.; Cuong N. T.; Moura C. A. S.; Cameau M.; Ishi...
Phys. Rev. Materials/3(2)/p.024004, 2019-02 - Alignment-resolved O2 scattering from highly oriented pyrolytic graphite and LiF(001) surface
Mitsunori Kurahashi; 近藤 剛弘
Phys. Rev. B/99(4)/p.045439, 2019-01 - Low-energy methane scattering from Pt(111)
Kondo Takahiro; Taleb Amjad Al; Anemone Gloria; Farias D...
The Journal of Chemical Physics/149(8)/pp.084703-1-084703-8, 2018-8 - 水素とホウ素で構成される新しい二次元物質ボロファンの生成
近藤 剛弘
JXTG Technical Review0/60/pp.49-53, 2018-07 - 新しいシート状物質「ホウ化水素シート（ボロファン）」
近藤 剛弘
クリーンエネルギー/27/pp.7-13, 2018-04 - Bottom-up design of nitrogen-containing carbon catalysts for the oxygen reduction reaction
Shibuya Riku; Kondo Takahiro; Nakamura Junji
ChemCatChem/10(9)/pp.2019-2023, 2018-02 - more...
- Surface Chemical Reaction of CO2 Driven by Vibrational Energy