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Journal | [J] 环境与发展 Volume 4, Issue 11. 2022.
改良石墨相氮化碳光催化性能的研究
作者 : 刘 晓恬
DOI: 10.12361/2661-3743-04-11-113582
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摘要 / Abstract
g-C3N4 是一种十分重要的光催化材料，因其优异的物理、化学、光学、电学性能而广受关注，被普 遍认为是可见光催化反应领域最具发展潜能的材料之一。然而，g-C3N4 虽然有占据优势的可见光响应，但是 因其比表面积小的缺陷而不能满足大范围的实际应用。目前可通过一系列的改性策略来调控光生电子 - 空穴对 的分离和载流子的迁移，来提高其光催化活性，例如前驱体改性、提高结晶度、元素掺杂、与半导体复合、形 貌结构调控等。本文介绍了 g-C3N4 光催化材料的分子结构特征、性能优势以及其制备方法，系统总结了目前 应用广泛的修饰改性策略并加以举例说明，最后，对 g-C3N4 光催化材料面临的科学技术挑战和未来研究方向 作出探讨。
关键词 / Keywords
g-C3N4；光催化；修饰改性
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