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Toward sustainable energy applications with b

<p>Donor doping into a mother material with disordered intrinsic oxygen vacancies, instead of the widely used strategy of acceptor doping into a material without oxygen vacancies, can greatly enhance the conductivity and stability of perovskite-type proton conductors at intermediate and low temperatures of 250–400 °C, as demonstrated by Tokyo Tech scientists (e.g. 10 mS/cm at 320 °C). This innovative approach provides a new design direction for proton conductors for fuel cells and electrolysis cells.</p>
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Masatomo Yashima , Kei Saito , Pcfcs Pcecs , Method Of Research , Tokyo Institute Of Technology Tech , Nature Communications , Tokyo Institute Of Technology , Tokyo Tech , Professor Masatomo Yashima , Tokyo Institute , Proton Conductivity , Disordered Intrinsic Oxygen ,

Developing Materials for Clean Energy Sources via Proton Conductivity Research

Developing Materials for Clean Energy Sources via Proton Conductivity Research
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New South Wales , Riho Morikawa , Taito Murakami , Masatomo Yashima , Jamesr Hester , Max Avdeev , Maxim Avdeev , Tokyo Tech Department Of Chemistry , School Of Chemistry , Tokyo Institute Of Technology Tech , Technology Organisation , School Of Science , Tokyo Institute Of Technology , University Of Sydney , Department Of Chemistry , Australian Nuclear Science , Australian Centre For Neutron , Tokyo Institute , Tokyo Tech , High Proton Conduction , Hexagonal Perovskite Related , Professor Yashima , Advanced Functional , Proton Conductivity , Intrinsically Oxygen Deficient , Neutron Scattering ,

Novel multi-proton carrier complex as efficient proton conductor at high temperatures

As the world is moving towards more environment-friendly and sustainable sources of energy, fuel cells are receiving a lot of attention. The main advantage of fuel cells is that they use hydrogen, . ....

Japan General , Tomoyuki Akutagawa , Motohiro Mizuno , Fumiya Kobayashi , Norihisa Hoshino , Makoto Tadokoro , Jun Miyazaki , Hajime Kamebuchi , Nihon University , Kanazawa University , Tokyo Denki University , Tokyo University Of Science , Tohoku University , Tokyo University , Tokyo Denki , Proton Conductivity , Proton Conductors ,