典型文献
Insights into the adsorption performance and mechanism of hydrated Ca ion on talc(001)basal surface from DFT calculation
文献摘要：
The utilization of Ca ion as assistant depressant of CMC on talc has been widely reported.Thus,the study on the adsorption mechanism of Ca ion on talc surface is very crucial for understanding the performance of CMC on talc depression.In this paper,mechanism insights into hydrated Ca ion adsorption on talc(001)basal surface were creatively provided using DFT calculation.[Ca(H2O)6]2+and[Ca(OH)(H2O)3]+were determined as the effective hydrate components for Ca ion adsorption,and the top O site was the most favorable position for their adsorptions on talc surface.Furthermore,the adsorption mecha-nisms of[Ca(H2O)6]2+and[Ca(OH)(H2O)3]+on talc surface were found to be not the Ca-O chemical bond,but the hydrogen bonding formed by the H atom of the H2O ligand and the surface O atom.H2O acted like a bridge to connect them to the talc surface.Moreover,the hydrogen bonding was formed due to the hybridization of H 1 s orbital with the O 2s,O 2p orbitals.Simultaneously,electrons transferred between the H atom and the surface O atom.This work provides theoretical insights into the Ca ion adsorption on talc surface,which can help deeply understand the talc flotation using CMC as depression.
文献关键词：
中图分类号：
作者姓名：
Yuanjia Luo;Leming Ou;Jianhua Chen;Guofan Zhang;Yuqin Xia;Bohan Zhu;Hanyu Zhou
作者机构：
School of Minerals Processing and Bioengineering,Central South University,Changsha 410083,China;School of Resources,Environment and Materials,Guangxi University,Nanning 530004,China
文献出处：
引用格式：
[1]Yuanjia Luo;Leming Ou;Jianhua Chen;Guofan Zhang;Yuqin Xia;Bohan Zhu;Hanyu Zhou-.Insights into the adsorption performance and mechanism of hydrated Ca ion on talc(001)basal surface from DFT calculation)[J].矿业科学技术学报（英文版）,2022(04):887-896
A类：
+were,+on
B类：
Insights,into,performance,mechanism,hydrated,talc,basal,surface,from,DFT,calculation,utilization,assistant,depressant,CMC,has,been,widely,reported,Thus,study,very,crucial,understanding,depression,this,paper,insights,creatively,provided,using,H2O,2+and,determined,effective,components,top,site,was,most,favorable,position,their,adsorptions,Furthermore,nisms,found,not,chemical,but,hydrogen,bonding,formed,by,atom,ligand,acted,like,bridge,connect,them,Moreover,due,hybridization,2s,2p,orbitals,Simultaneously,electrons,transferred,between,This,work,provides,theoretical,which,can,help,deeply,flotation
AB值：
0.428598
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