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This Scholarship opportunity is funded by the CRC-P scheme, Aust. Gov. DISER to support a full-time PhD student who is commencing/undertaking research in the area of alternative energy sources, specifically on the creation of a new energy technology utilising Pb-210 extracted from mine waste...
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Contribute to developing sodium-ion batteries to support the development of opportunities for Australian industry Join the Battery Materials and Design (BMD) team based at Clayton, VIC Opportunity
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, globally competitive and environmentally sustainable products and processes. Our ‘Battery Materials and Design Team’ is currently seeking an experienced Research Scientist to join their expanding research
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Please check this website to get accurate and up to date information. Please check this website to get accurate and up to date information. $32,841 per annum (pro-rata) for two years $32,841 per annum (pro-rata) for two years Open now. Open now. 1st July 2024 1st July 2024 Multiple...
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Platform (FSP) Revolutionary Energy Storage Systems . This cutting-edge position focuses on developing specific advanced materials designed for use as cathodes in Oxide-Based Batteries, making strides in
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This scholarship will support a PhD student working on a topic that will contribute to a proton battery development and prototyping of project funded under a Research Collaboration Agreement with
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and strong industry links. The School of Engineering are currently at the forefront of an industry-funded initiative, revolutionising the future of electric vehicle batteries. Our mission is to
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. The Project Support Officer will be a key team member of the QUT Energy Storage Research Group. The group is currently undertaking multiple funded projects which are supporting an emerging battery industry in
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eutectics and repurposing waste water streams) and in the presence of exotic ions (as used in battery technologies and for example the ions that comprise ionic liquids). PhD Scholarship details Funding
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Ionic Plastic Crystals for Solid-state Batteries Background : Safe, long-lasting, and high-performance rechargeable batteries are required to meet the ever-growing demand for battery-driven worldwide