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|a I, Introduction -- 1, Overview of physical adsorption by carbons -- 2, Overview of carbon materials in relation to adsorption -- II, Fundamentals of Absorption by Carbons -- 3, Energetics of adsorption by carbons. Thermodynamic quantities -- 4, Monte Carlo and molecular dynamics -- 5, Models of porous carbons -- 6, The reasons behind adsorption hysteresis -- 7, The surface heterogeneity of carbon and its assessment -- 8, Wetting phenomena -- 9, Hydrogen adsorption in single-walled carbon nanotubes -- 10, Energetic topography effects -- III, Adsorption for Characterization of Carbon Materials -- 11, Porous texture characterization from gas-solid Adsorption -- 12, Porous texture and surface characterization from liquid-solid interactions: immersion calorimetry and adsorption from solution -- 13, Surface-chemical characterisation of carbons from adsorption studies -- 14, Adsorption on fullerenes -- 15, Adsorbed gases in bundles of carbon nanotubes: theory and simulation -- 16, Adsorption on carbon nanotubes: experimental results -- 17, Adsorption on activated carbon fibers -- 18, Adsorption on ordered porous carbons -- 19, Electrochemical behaviour of carbon materials -- 20, Self-assembled monolayers on C(0001) -- IV, Applications of Adsorption by Carbons -- 21, Removal of inorganic gases and VOCs on activated carbons -- 22, Gas separation and storage by activated carbons -- 23, Electrochemical energy storage -- 24, Adsorption of inorganic species from aqueous solutions -- 25, Adsorption of organic solutes from dilute aqueous solutions -- 26, Adsorption from aqueous solutions; water purification -- 27, Sorption of viscous organics by macroporous carbons
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