《电催化与电合成》专辑序言  

Preface to Special Issue on Electrocatalysis and Electrosynthesis

作　　者：程方益[1] 王双印[2] 周天华 Fang-Yi Cheng;Shuang-Yin Wang;Tian-Hua Zhou(College of Chemistry,Nankai University,Tianjin 30071,China;College of Chemistry and Chemical Engineering,Hunan University,Changsha 410082,Hunan,China;Fujian Insittute of Research on the Structure of Matter,Chinese Academy of Sciences,Fuzhou 350002,Fujian,China)

机构地区：[1]南开大学化学学院,天津300071 [2]湖南大学化学化工学院,湖南长沙410082 [3]中国科学院福建物质结构研究所,福建福州350002

出　　处：《电化学》2023年第2期I0003-I0004,I0001,共3页Journal of Electrochemistry

摘　　要：电催化作为纳米材料、能源化学和环境保护等领域的研究热点,是发展可持续清洁能源技术的基础学科,在反应过程中涉及到物质转化和能量转化及其普适规律。电合成是在电催化基础上与有机合成和化学工程等学科进行交叉,形成一门“古老的方法、崭新的技术”的交叉学科,在可再生能源和温和条件下高效高选择性地合成有机化学品。随着科学快速发展,电催化与电合成借助于各种新兴技术(如同步辐射光源、超级计算机、微纳/显微)取得了卓著的成果,对催化活性位点的设计、催化机理的理解、电子/离子的传输及其与物质分子的相互作用等均有深入发展。As a research hotspot of the fields of nanomaterials,energy chemistry and environmental protection,electrocatalysis is a fundamental subject for developing the sustainable and clean energy technology.During the process,electrocatalysis involves the transformation between electric energy and chemical materials.On basis of the electrocatalysis,electrosynthesis is an interdisciplinary subject by integrating the subjects of organic synthesis and chemical engineering,which is called as the subject of“old method,new technology”.Electrosynthesis can efficiently and selectively realize the synthesis of organic chemicals under mild conditions driven by sustainable energy sources.

关 键 词：有机化学品 交叉学科 清洁能源技术 能源化学 化学工程 可再生能源 物质转化 电合成 

分 类 号：G23[文化科学]