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Toward sustainable energy applications with breakthrough in proton conductors

Toward sustainable energy applications with breakthrough in proton conductors
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Kei saitoPcfcs pcecsMasatomo yashimaNature communicationsTokyo institute of technology techProfessor masatomo yashimaTokyo instituteTokyo tech

Achieving Breakthrough in Proton Conductor Design

Tokyo Tech scientists showcased that donor doping within a mother material containing disordered intrinsic oxygen vacancies, as opposed to the commonly employed acceptor doping in vacancy-free materials, significantly amplifies the conductivity and durability of perovskite-type proton conductors within the temperature range of 250–400 ?.

Masatomo yashimaPcfcs pcecsSkyla bailyKei saitoTokyo institute of technology techEnergy storage technologies industryEnergy storage technologiesNature communicationsTokyo institute of technologyTokyo instituteStorage technologiesStorage technologies industry focusProfessor masatomo yashimaTokyo tech

Breakthrough in Proton Conductors Boosts Sustainable Energy

Breakthrough in Proton Conductors Boosts Sustainable Energy
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Pcfcs pcecsMasatomo yashimaKei saitoNature communicationsTokyo institute of technology techTokyo techProfessor masatomo yashimaTokyo institute

Breakthrough in Proton Conductors Boosts Sustainable Energy Apps

Breakthrough in Proton Conductors Boosts Sustainable Energy Apps
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Masatomo yashimaKei saitoPcfcs pcecsNature communicationsTokyo institute of technology techProfessor masatomo yashimaTokyo instituteTokyo tech

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>

Masatomo yashimaKei saitoPcfcs pcecsMethod of researchTokyo institute of technology techNature communicationsTokyo institute of technologyTokyo techProfessor masatomo yashimaTokyo instituteProton conductivityDisordered intrinsic oxygen