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On the relative strength of adsorption of gases on carbon surfaces with functional groups: fluid-fluid, fluid-graphite and fluid-functional group interactions

机译:关于具有官能团的碳表面上气体吸附的相对强度:流体-流体,流体-石墨和流体-官能团的相互作用

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摘要

Experiments at several temperatures were carried out for adsorption of non-polar and polar fluids on a highly graphitized carbon black, Carbopack F, which is composed of a basal plane of graphene and functional groups at the edges of the graphene layers. By comparing the experimental Henry constants with the theoretical Henry constants, calculated for adsorption on an ideal basal plane of graphite, we can determine the different relations and mutual influences between the various interactions, fluid-basal plane, fluid-functional group and fluid-fluid interactions, in the initial stages of adsorption.
机译:在几个温度下进行了实验,以将非极性和极性流体吸附在高度石墨化的炭黑Carbopack F上,该炭黑由石墨烯的基面和石墨烯层边缘的官能团组成。通过将实验亨利常数与理论亨利常数(为在理想的石墨基面上吸附而计算出的亨利常数)进行比较,我们可以确定各种相互作用,流体基面,流体官能团和流体之间的不同关系和相互影响。相互作用,在吸附的初始阶段。

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