Network


Latest external collaboration on country level. Dive into details by clicking on the dots.

Hotspot


Dive into the research topics where Atsushi Oma is active.

Publication


Featured researches published by Atsushi Oma.


Archive | 2002

Fuel cell and method of manufacturing the fuel cell

Yuichi Kuroki; Yoshihiro Kurano; Tomohiro Inoue; Atsushi Oma; Yasuji Ogami; Kazuo Saito


Archive | 2001

Solid polymer fuel cell system

Atsushi Oma; Yasuji Ogami; Yasuhiro Arai


Archive | 2005

Electrolyte membrane-electrode assembly and its manufacturing method

Shunsuke Oki; Atsushi Oma; Souhei Suga; Hiroyuki Tanaka; Shinji Yamamoto; 俊介 大木; 敦史 大間; 伸司 山本; 裕行 田中; 創平 須賀


Archive | 2005

Membrane electrode assembly and production method therefor

Atsushi Oma; 敦史 大間


Archive | 2006

Electrolyte film-electrode assembly

Yasuhiro Numao; Motoharu Obika; Atsushi Oma; 敦史 大間; 基治 小比賀; 康弘 沼尾


Archive | 1998

Power generating system for solid high molecular fuel cell

Michio Hori; Taiji Kogami; Atsuo Muneuchi; Atsushi Oma; Kazuo Saito; Soichiro Shimotori; 美知郎 堀; 敦史 大間; 篤夫 宗内; 泰司 小上; 宗一郎 霜鳥; 和夫 齊藤


Archive | 2000

Solid polymer fuel cell stack and air vent valve

Michio Hori; Taiji Kogami; Atsushi Oma; 美知郎 堀; 敦史 大間; 泰司 小上


Archive | 1999

Proton-exchange membrane fuel cell system

Michio Hori; Taiji Kogami; Atsuo Muneuchi; Atsushi Oma; 美知郎 堀; 敦史 大間; 篤夫 宗内; 泰司 小上


Archive | 2010

Fuel cell and manufacturing method of the fuel cell

Yuichi Kuroki; Yoshihiro Kurano; Tomohiro Inoue; Atsushi Oma; Yasuji Ogami; Kazuo Saito


Archive | 2000

Separator for fuel cell and its manufacturing method and solid polymer fuel cell using the separator

Michio Hori; Masanori Kobayashi; Taiji Kogami; Atsushi Oma; Akira Otani; 美知郎 堀; 陽 大谷; 敦史 大間; 泰司 小上; 正則 小林

Collaboration


Dive into the Atsushi Oma's collaboration.

Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar
Top Co-Authors

Avatar

Motoharu Obika

Sumitomo Metal Industries

View shared research outputs
Top Co-Authors

Avatar
Researchain Logo
Decentralizing Knowledge