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gy_xmc2015

铜虫 (小有名气)

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专业: 膜生物化学与膜生物物理学

[交流] 【专题推荐】NSR（IF 8.843）储能材料专题特邀编者按（华盛顿大学曹国忠教授）已有2人参与

专题：《国家科学评论》（National Science Review，NSR，中科院主管，IF 8.843）2017年第一期，Special Topic：ENERGY STORAGE MATERIALS

本期链接（全部文章免费获取，欢迎查阅！）：https://academic.oup.com/nsr/issue/4/1

本期专题包含：Research Highlight 1篇；Perspective 3篇；Review 4篇；Interview 1篇（物理所陈立泉，工程院院士，锂电池）

特邀编者按（曹国忠）：Search for better materials for rechargeable electric energy storage

特邀编者按节选：
Electric power is the most convenient power source, and electric energy storage, particularly rechargeable electric energy storage, is the most important technology for both stationary and mobile applications. It easily explains the longstanding research and industrial fervor for electric energy storage technologies: rechargeable batteries and capacitors. In spite of the huge investment of financial and human capital, the advancement of batteries and supercapacitors has been painstakingly slow, lagging well behind the constant proliferation of other modern technologies. Unlike transistors, there is no Moore's Law for batteries! The biggest hurdle hindering the advancement of rechargeable batteries and supercapacitors lies the materials used in the devices and the interfaces between different materials: electrodes, electrolyte and membranes, additives and binders. Novel materials and solid fundamental understanding are imperative to realizing a revolution of high-energy and high-power electric energy conversion and storage technologies.

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