Energy Materials

2024-06-05 00:08| 来源: 网络整理| 查看: 265

Energy Materials

The Energy Materials Program assembles researchers working in materials science and engineering, and focuses on the discovery and optimisation of materials for energy applications. This includes materials for energy generation, storage, transport, and consumption such as hydrogen electrolysis, batteries, solar energy conversion and lighting.

CapabilitiesEnergy materials design aided by theory and computationDeveloping next-generation catalysts for carbon dioxide reductionNovel materials and processes for gas separation and captureGraphene materials in low-energy electronics and energy storageMaterials and device optimisation in thin film solar technologiesImpactReduce energy consumption of separation processes for BHP, Masan and EkosDeveloping organic and earth-abundant inorganic thin film solar photovoltaic technologies for ACAPImprove performance and reduce cost of anode materials in batteries for the Future Battery Industries CRC in conjunction with industry partners including Syrah Resources and AnteoTechComputational materials design for lightweight structural components in electric vehicles for Ford Motor Company Research CentresARC Centre of Excellence in Exciton ScienceARC Training Centre in Future Energy Storage TechnologiesExperimental Condensed Matter Physics GroupIntegrated Computational Materials Engineering Group Key ResearchersProgram Leader: Dr Wallace WongDr Christian Brandl Dr James BullockDr Daniel CreedonProfessor Amanda EllisProfessor George FranksProfessor Ken GhigginoProfessor David JamiesonDr David JonesProfessor Sandra KentishProfessor Dan LiDr Gang LiDr Wen LiDr Tesfaye MollaProfessor Paul MulvaneyAssociate Professor Kathryn MumfordProfessor Greg QiaoProfessor Graham SchafferAssociate Professor Colin ScholesDr Peter SherrellProfessor Trevor SmithMs Jo Staines MEI Twitter MEI LinkedIn

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