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Computational design enables uni duo s materials science breakthrough

A joint research team from two UK universities has employed computational design to develop new metal-free porous framework materials using cheap and ab.

Andrew cooperUniversity of liverpoolUniversity of southamptonLeverhulme research centre for functional materials designMaterials innovation factoryLeverhulme research centreFunctional materials designGraeme day

Researchers design new metal-free porous framework materials

Researchers design new metal-free porous framework materials
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Andrew cooperUniversity of liverpoolRoyal society research professorSciences research councilSchool of chemistryLeverhulme research centre for functional materials designUniversity of liverpool department chemistryUniversity of liverpool materials innovation factoryUniversity of southampton school chemistryUniversity of southamptonEuropean research councilMaterials innovation factoryGraeme dayLeverhulme trustPhysical sciences researchAcademic director

Liverpool and Southampton Researchers Design New Metal-Free Porous Framework Materials

Researchers at the University of Liverpool and the University of Southampton have used computational design methods to develop non-metal organic porous framework materials, with potential applications in areas such as catalysis, water capture or hydrogen storage.

Andrew cooperRoyal society research professorSchool of chemistryUniversity of southampton school chemistryLeverhulme research centre for functional materials designEuropean research councilUniversity of liverpoolUniversity of liverpool department chemistrySciences research councilUniversity of southamptonUniversity of liverpoolmayUniversity of liverpool materials innovation factoryFrom universityMaterials innovation factoryGraeme dayLeverhulme trust

New metal-free porous framework materials may have potential for hydrogen storage

Researchers at the University of Liverpool and the University of Southampton have used computational design methods to develop non-metal organic porous framework materials, with potential applications in areas such as catalysis, water capture or hydrogen storage.

Andrew cooperUniversity of southampton school chemistryUniversity of liverpool department chemistryUniversity of liverpoolUniversity of southamptonMaterials innovation factoryGraeme day

Solid-state battery electrolyte makes a fast lithium-ion conductor – Physics World

Solid-state battery electrolyte makes a fast lithium-ion conductor – Physics World
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United kingdomMatt rosseinskyLeverhulme research centre for functional materials designAlbert crewe centreUniversity of liverpoolSchool of engineeringStephenson institute for renewable energyMaterials innovation factoryLeverhulme research centreFunctional materials designStephenson instituteRenewable energy