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Scientists Reveal How to Make Pt-Ni Nanoparticles More Active for Oxygen Reduction

Platinum (Pt) can act as a catalyst to make reactive oxygen ions for many applications. In this research, scientists used a method called electrochemical cycling to modify the surface of Nickel (Ni)/Pt nanoparticles.

Japan generalSlovak republicLaura thomsonjulSafarik universityArgonne national laboratoryInstitute for materials researchTohoku universityOffice of scienceSlovak researchEngineering divisionResearchers at argonne national laboratoryDevelopment agencyMaterials sciencesOffice of basic energy scienceDepartment of energyOffice of science scientific user facilities division

X-Ray Technique Reveals How Pt-Ni Nanoparticles Change Under Operational Conditions

Platinum (Pt) can act as a catalyst to make reactive oxygen ions for many applications. In this research, scientists used a method called electrochemical cycling to modify the surface of Nickel (Ni)/Pt nanoparticles.

Slovak republicJapan generalLaura thomsonjulOffice of scienceTohoku universityDepartment of energySlovak researchOffice of basic energy scienceDevelopment agencyEngineering divisionOffice of science scientific user facilities divisionMaterials sciencesSafarik universityResearchers at argonne national laboratoryInstitute for materials researchArgonne national laboratory

New Insights into the Topology of Amorphous Materials

In recent years, investigators have been researching special materials known as topological materials, with a focus on the shape, or topology, of their electronic structures (electronic bands).

Japan generalSkyla bailyYukitoshi motomeHitoshi abeKohei fujiwaraYasuyuki katoAtsushi tsukazakiNature communicationsUniversity of tokyo graduate school engineeringInstitute for materials researchTohoku university institute for materials researchTohoku universityAmorphous materialsImage creditIndustry focusProfessor kohei fujiwara

Development of New Electrocatalysts That Aid in OER

A global study team has employed theoretical predictions to determine and then make a new electrocatalyst that considerably helps the oxygen evolution reaction (OER).

Hao liMegan craigInstitute for materials researchTohoku universityAdvanced materials showStudy corresponding authorAssociate professorAdvanced instituteMaterials researchGradient orbital coupling

Aisin developing ultrahigh-efficiency EV motor with Tohoku Magnet Institute

Aisin developing ultrahigh-efficiency EV motor with Tohoku Magnet Institute
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Japan generalAisin corporationInstitute for materials researchTohoku magnet instituteTohoku universityAutomotive engineering expositionMaterials research