Molecular Dynamics Study of Ionomer Adsorption at a Carbon Surface in Catalyst Ink von Mashio, Tetsuya, Ohma, Atsushi, Tokumasu, Takashi

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Analysis of the Microstructure Formation Process and Its Influence on the Performance of Polymer Electrolyte Fuel‐Cell Catalyst Layers von Takahashi, Shinichi, Mashio, Tetsuya, Horibe, Norifumi, Akizuki, Ken, Ohma, Atsushi

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Analysis of proton exchange membrane fuel cell catalyst layers for reduction of platinum loading at Nissan von Ohma, Atsushi, Mashio, Tetsuya, Sato, Kazuyuki, Iden, Hiroshi, Ono, Yoshitaka, Sakai, Kei, Akizuki, Ken, Takaichi, Satoshi, Shinohara, Kazuhiko

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Observation of ionomer in catalyst ink of polymer electrolyte fuel cell using cryogenic transmission electron microscopy von Takahashi, Shinichi, Shimanuki, Junichi, Mashio, Tetsuya, Ohma, Atsushi, Tohma, Hajime, Ishihara, Ayumi, Ito, Yoshiko, Nishino, Yuri, Miyazawa, Atsuo

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Analysis of Water Adsorption and Condensation in Catalyst Layers for Polymer Electrolyte Fuel Cells von Mashio, Tetsuya, Sato, Kazuyuki, Ohma, Atsushi

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Elucidation of oxygen reduction reaction and nanostructure of platinum-loaded graphene mesosponge for polymer electrolyte fuel cell electrocatalyst von Ohma, Atsushi, Furuya, Yoshihisa, Mashio, Tetsuya, Ito, Masashi, Nomura, Keita, Nagao, Tomohiko, Nishihara, Hirotomo, Jinnai, Hiroshi, Kyotani, Takashi

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Influence of Electrolyte Composition and pH on Platinum Electrochemical and/or Chemical Dissolution in Aqueous Acidic Media von Furuya, Yoshihisa, Mashio, Tetsuya, Ohma, Atsushi, Tian, Min, Kaveh, Farhad, Beauchemin, Diane, Jerkiewicz, Gregory

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Microstructure of Catalyst Layers in PEM Fuel Cells Redefined: A Computational Approach von Malek, Kourosh, Mashio, Tetsuya, Eikerling, Michael

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Surface oxide growth on platinum electrode in aqueous trifluoromethanesulfonic acid von Furuya, Yoshihisa, Mashio, Tetsuya, Ohma, Atsushi, Dale, Nilesh, Oshihara, Kenzo, Jerkiewicz, Gregory

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Molecular Dynamics Study of Ionomer and Water Adsorption at Carbon Support Materials von Mashio, Tetsuya, Malek, Kourosh, Eikerling, Michael, Ohma, Atsushi, Kanesaka, Hiroyuki, Shinohara, Kazuhiko

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Relationship between gas transport resistance in the catalyst layer and effective surface area of the catalyst von Iden, Hiroshi, Takaichi, Satoshi, Furuya, Yoshihisa, Mashio, Tetsuya, Ono, Yoshitaka, Ohma, Atsushi

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Analysis of Reactant Gas Transport in Catalyst Layers; Effect of Pt-loadings von Sakai, Kei, Sato, Kazuyuki, Mashio, Tetsuya, Ohma, Atsushi, Yamaguchi, Koichi, Shinohara, Kazuhiko

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Analysis of Reactant Gas Transport in a Catalyst Layer von Mashio, Tetsuya, Ohma, Atsushi, Yamamoto, Shinji, Shinohara, Kazuhiko

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Modeling of local gas transport in catalyst layers of PEM fuel cells von Mashio, Tetsuya, Iden, Hiroshi, Ohma, Atsushi, Tokumasu, Takashi

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Gas transport inside and outside carbon supports of catalyst layers for PEM fuel cells von Iden, Hiroshi, Mashio, Tetsuya, Ohma, Atsushi

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Monitoring changes in catalyst ink morphology during the primary drying process for polymer electrolyte fuel cells using cryogenic transmission electron microscopy von Ohma, Atsushi, Arihara, Kazuki, Mashio, Tetsuya, Ito, Yoshiko, Nishino, Yuri, Miyazawa, Atsuo

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Nafion Ionomer Aggregation and its Influence on Proton Conduction and Mass Transport in Fuel Cell Catalyst Layers von Xie, Zhong, Navessin, Titichai, Zhao, Xinsheng, Adachi, Makoto, Holdcroft, Steven, Mashio, Tetsuya, Ohma, Atsushi, Shinohara, Kazuhiko

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Molecular modeling of the proton density distribution in a water-filled slab-like nanopore bounded by Pt oxide and ionomer von Nouri-Khorasani, Amin, Malek, Kourosh, Malek, Ali, Mashio, Tetsuya, Wilkinson, David P., Eikerling, Michael H.

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The Analysis of Performance Loss with Low Platinum Loaded Cathode Catalyst Layers von Ono, Yoshitaka, Mashio, Tetsuya, Takaichi, Satoshi, Ohma, Atsushi, Kanesaka, Hiroyuki, Shinohara, Kazuhiko

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Fuel cell cathode catalyst layers from “green” catalyst inks von Xie, Zhong, Zhao, Xinsheng, Adachi, Makoto, Shi, Zhiqing, Mashio, Tetsuya, Ohma, Atsushi, Shinohara, Kazuhiko, Holdcroft, Steven, Navessin, Titichai

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