功能聚合物修饰重金属离子吸附滤料

采用分子动力学和热力学模型等方式构建特征污染物吸附的等效环境，分析多重作用下污染物表面化学反应过程开展催化、吸附过程的行为。使用SDS作添加剂所得到的Ni纳米粒子具有较大的比表面积和总孔体积，这使得它的表面拥有更多的活性位点，对4-NP具有较好的催化活性。

Equivalent environments for the adsorption of characteristic pollutants were constructed via methods including molecular dynamics and thermodynamic models, and the behaviors of catalytic and adsorption processes during the surface chemical reactions of pollutants under multiple interactive effects were analyzed. The Ni nanoparticles prepared with SDS as an additive exhibit a larger specific surface area and total pore volume, which endow their surfaces with more active sites and grant them excellent catalytic activity towards 4-NP.

搜集汇总

背景与挑战

背景概述

该数据集聚焦于功能聚合物修饰的重金属离子吸附滤料，通过分子动力学和热力学模型分析污染物表面化学反应过程，并利用SDS添加剂制备的Ni纳米粒子提升催化活性。它属于'纺织火电行业水资源循环与资源回用技术及示范'国家重点研发计划项目，由东华大学于2023年发布，包含DOCX和PDF格式文件。