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| 【有奖交流】积极回复本帖子，参与交流，就有机会分得作者 zzkidult 的 36 个金币 ，回帖就立即获得 1 个金币，每人有 1 次机会 | |||
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澳大利亚悉尼大学陈元教授课题组招收两名电催化方向的全奖博士生
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澳大利亚悉尼大学陈元教授课题组招收两名电催化方向的全奖博士生。学费免除，奖学金35950澳元免税，悉尼大学奖学金全澳最高。 课题组网站 https://yuanchenlab.org/ 详细信息见以下英文部分。 英语应该需要满足悉尼大学的入学要求。如果有英语成绩或者能尽快获得英语成绩，并且满足以下要求的同学，欢迎联系。 请附上CV，邮件主题注明 Phd Application 陈元教授学术与人品俱佳，良心推荐！ We are looking for two Ph.D. students who may start in March 2023 to work on our ARC project. Please help to encourage suitable candidates to contact me. Ph.D. Scholarship: Improving the stability of carbon electrocatalysts in fuel cells and electrolyzers Annual Stipend AU$35950 (tax-free) for 3.5 years, starting from March 2023 Full-time on campus at the University of Sydney, Australia. For international students, tuition fees will be covered. Two scholarships are available. About The Scholarship An exciting Ph.D. scholarship opportunity is available for cutting-edge research into improving the stability of carbon electrocatalysts in fuel cells and electrolyzers at the Advanced Carbon Research Lab at the University of Sydney. “Green” hydrogen generated by water electrolysis can be used as a clean fuel for fuel cells to drive electric vehicles and as stationary power supplies. However, high cost and low durability are their key application barriers. Over 40% of the total cost of current fuel cells comes from expensive precious metal catalysts. While transition metal (M) and nitrogen (N) co-doped carbon (M-N-C) catalysts can be a cost-effective alternative, the key bottleneck is the lack of understanding of their fast degradation. This Australian Research Council-funded Discovery Project will address this gap by providing this fundamental understanding and paving the way for developing stable and efficient M-N-C catalysts. The project will support two full-time Ph.D. students. The students are expected to work on catalyst synthesis, characterization, and degradation tests on multiple realistic fuel cell/electrolyzer platforms. The Ph.D. students will also collaborate with collaborators at Tohoku University in Japan on functional theory calculations to better understand the catalyst degradation mechanism. About You To be suitable for this role, you will need to have experience in the below key accountabilities: Analytical and numerical analyses Hand-on experimental skills in electrocatalyst synthesis and characterization Preparing written research documents and oral presentations on research activities and outcomes Preparing and submitting publications from research activities to peer-reviewed journals Participate in group development and research activities and contribute to other projects within the team Qualifications A bachelor’s degree honors and/or a research master’s degree in chemical engineering, inorganic material, electrochemistry, organic synthesis, or theoretical chemistry with excellent grades. We welcome and encourage applicants from diverse backgrounds to apply. Candidates with previous research training and publications in high-quality journals will be considered favorably. Candidates currently in Australia and can start their Ph.D. in March 2023 will be considered favorably. Contact yuan.chen@sydney.edu.au https://lnkd.in/gAE6Ut7A |
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