论文部分内容阅读
第一次在常压下一步合成碘掺杂BiOCl核壳结构.在合成过程中碘离子作为结构诱导剂合成核壳结构同时作为掺杂剂进入BiOCl结构中将吸收光谱延长到可见光区.核壳结构具有超强的光催化性能.这为合成高效光催化性能的催化剂提供了一种新颖而容易的方法,同时也可以用这种方法来合成一种功能材料进行处理污水.
The first synthesis of iodine-doped BiOCl core-shell structure was carried out at atmospheric pressure for the first time, and the iodine ion was used as structure-inducing agent to synthesize the core-shell structure and enter the BiOCl structure as a dopant to extend the absorption spectrum to the visible region. The structure has superior photocatalytic performance, which provides a novel and easy method for synthesizing high-efficiency photocatalytic catalyst. At the same time, this method can also be used to synthesize a functional material for sewage treatment.