The Adsorption of Water Vapor by the Clay Minerals, Kaolinite and Montmorillonite |
Contents
Ireparation of lamples | 7 |
Alsorption Apparatus | 15 |
Brunauer Zanett Teller Adsorption hoory | 23 |
4 other sections not shown
Common terms and phrases
0.5 relative pressure 1st Adsorption 2nd Adsorption A.2/molecule adsorption of water amount of water anode apparatus ater base exchange BET theory Brunauer c-axis spacing calcium calculated cations CESIUM changeable ions Chem desorption curves determined diffraction divalent ions dry clay effect electrodialysis equilibration equilibrium exchange capacity exchangeable ions experimental F/FO FIGS fractionated materials heat of adsorption Hendricks hydration hydrogen clay HYDROGEN MONTMORILLONITE hysteresis ionic hydration kaolinite lattice layers of water lithium clay lithium ion lonite manometer measurements mercury methyl red micelles monolayer monovalent monovalent ions mont morillonite natural and fractionated nitrogen adsorption nitrogen surface area number of molecules obtained P/FO packing area Phys plates sample bulb saturated SECOND DESORPTION shown in Figure shows sodium montmorillonite sorbed sorption Stoke's Law studied Table tion titration vacuum values vapor pressure WATER ADSORPTION ISOTHERMS water content water molecules water vapor weight X-ray diffraction x-ray spacing