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隨著人們環保意識的增強，電催化作為一種潔凈的催化過程越來越受到重視，被廣泛應用于有機電合成、燃料電池、電催化降解、二氧化碳和氮氣的電催化還原等領域。開發研制新型的高效電催化材料是電催化應用研究中的核心技術。納米材料引入電催化研究中，給新型電催化材料的開發注入了新的活力。

納米電催化材料為電催化的研究開辟了新天地。作為一種新型的電催化劑，它不僅能極大改善電極的電催化性能，而且為深入研究電催化機理提供了可能。尺寸、形貌、成分和結構等因素都會對電催化劑的催化性能產生重要影響。那么，當前電催化領域的研究處于什么狀態？電催化領域的前沿問題和關鍵問題有哪些？電催化領域未來的發展方向是什么？電催化何時能夠得到大規模實際應用？

有鑒于此，催化劑編輯部開辟了電催化周刊欄目，精選每周電催化領域中頂級期刊、電催化大牛的成果和重大研究進展，通過簡報的形式帶大家關注最新的電催化前沿動態，聚焦那些顛覆性突破。

這是電催化周刊的第2期，催化計編輯部對上周有關電催化的突出研究成果進行歸納總結，供大家學習交流。（點擊圖片，可查看詳情）

Part 1單原子催化

Part 2 HER/OER/ORR

Part 3電催化其他進展

Part 4 電催化綜述

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