Page 186 - WYSS2022 总结册-1

窦世学 张久俊
Shixue Dou Jiujun Zhang

澳大利亚工程院院士、上海理工大学教授 福州大学材料科学与工程学院院长，加拿大皇家科学
Fellow of Australian Academy of Technological 院、加拿大工程院、加拿大工程研究院三院院士
Sciences and Engineering, Professor of University Dean of the School of Materials Science and Engineering,
of Shanghai for Science and Technology Fuzhou University and Fellow of the Academy of Science
of the Royal Society of Canada, Canadian Academy of
Engineering, and Engineering Institute of Canada

气候变化是人类共同面临的最大威胁，要想实现碳中和的目标， 电化学能源技术被认为是最可行且最有效的储存、转换清洁能
我们要拥抱世界，和高端人才建立广泛的合作关系。 源的方式之一。提高能量密度、功率密度和寿命仍是电池开发
Climate change is the biggest threat facing humanity. To achieve 的研究重点，而探索低成本的高性能电极、电解质材料是关键
the goal of carbon neutrality, we must embrace the world and 因素。
establish extensive partnerships with high-level talents. Electrochemical energy technology is considered one of the most
feasible and effective ways to store and convert clean energy.
Improving energy density, power density and lifetime is still the
focus of battery development, and the key is to explore low-cost
and high-performance electrode and electrolyte materials.

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