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New Proton Conductor for Next-Generation Fuel Cells

New Proton Conductor for Next-Generation Fuel Cells
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Japan General , Ryusuke Nambu , Masatomo Yashima , Taito Murakami , Riho Morikawa , Kotaro Fujii , Ba Lual , Yoichi Ikeda , Maxim Avdeev , Tohoku University , Communications Materials , Tokyo Institute Of Technology Tech , Tohoku University Institute For Materials Research , Professor Masatomo Yashima , Tokyo Institute , Tokyo Tech , Materials Research , Professor Yashima ,

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 Process for Producing Materials for Clean Energy

???????Electrochemical devices, such as fuel cells, are becoming indispensable for new power production technologies due to their ability to efficiently produce renewable energy. Numerous devices, such as hydrogen pumps, sensors, separation membranes, and protonic ceramic fuel cells (PCFCs), can make use of ceramic proton conductors. ....

Masatomo Yashima , Max Avdeev , Technology Organization , Tokyo Institute Of Technology , Materials For Clean Energy , Department Of Chemistry At Tokyo Tech , Department Of Chemistry , Australian Nuclear Science , Neutron Diffraction Group , Australian Centre For Neutron , Producing Materials , Image Credit , Professor Yashima , Tokyo Tech , Functional Materials , Tokyo Institute , Neutron Diffraction Group Manager , Australian Centre , Neutron Scattering , High Proton Conductivity , Intrinsically Oxygen Deficient , Advanced Functional ,