Raha Sauvik, Ahmaruzzaman Md
Department of Chemistry, National Institute of Technology Silchar, Silchar, Assam, 788010, India.
Sci Rep. 2021 Mar 18;11(1):6379. doi: 10.1038/s41598-021-85532-8.
The current work involves synthesis of hybrid nanomaterial of InO/MoS/FeO and their applications as photocatalysts for disintegration of esomeprazole under visible light illumination. The data emerged from various analyses testified to the successful construction of the desired nano-scaled hybrid photocatalyst. Tauc plot gave the band gap of InO/MoS/FeO to be ~ 2.15 eV. Synergistic effects of the integrant components enabled efficacious photocatalytic performances of the nanocomposite. The nanohybrid photocatalyst InO/MoS/FeO showed photodecomposition up to ~ 92.92% within 50 min. The current work realizes its objective of constructing metal oxide based hybrid nano-photocatalyst supported on MoS sheets for activity in the visible spectrum, which displayed remarkable capacity of disintegrating emerging persistent organic contaminants and are magnetically recoverable.
当前的工作涉及InO/MoS/FeO杂化纳米材料的合成及其作为光催化剂在可见光照射下分解埃索美拉唑的应用。各种分析得出的数据证明成功构建了所需的纳米级杂化光催化剂。Tauc曲线表明InO/MoS/FeO的带隙约为2.15电子伏特。各组分的协同效应使纳米复合材料具有有效的光催化性能。纳米杂化光催化剂InO/MoS/FeO在50分钟内显示出高达约92.92%的光分解率。当前的工作实现了其目标，即构建基于金属氧化物的负载在MoS片上的杂化纳米光催化剂，以在可见光谱中发挥活性，该光催化剂显示出分解新兴持久性有机污染物的显著能力且可磁回收。
