摘要
通过电渗的方法探讨一种复合纳米有机硅材料对固体表面电性质的改变作用 ,研究固体表面电性质与摩擦力的相依性。结果表明 ,经该材料处理的固体表面 (花岗岩 ) ,其表面电负性随处理液浓度的增大而减小 ,摩擦力则随着表面电性质的改变而改变。
The change of the electrical property of solid surfaces induced by a composite nano organosilicon material was monitored by uscing an electroosmosis method The relations between the electrical property and the friction force of solid surfaces is also discussed The results show that electronegativity of solid surfaces (such as granite) processed with this organosilicon material decreases with the increase of its concentration, and the relative friction force varies with the electrical property of solid surfaces
出处
《化工新型材料》
CAS
CSCD
2004年第1期26-28,共3页
New Chemical Materials
基金
科技部创新基金(0 1C2 62 1 370 0 899)
关键词
有机硅
复合纳米材料
花岗岩
电渗
表面电性质
摩擦力
相依性
composite nano organosilicon material,granite,electroosmosis, electronegativity, friction force
