Type I (Langmuir Isotherm), Monolayer adsorption on microporous adsorbents., Type II Isotherm, Multilayer adsorption, no saturation limit., Type III Isotherm, multilayer adsorption without monolayer formation., Type IV Isotherm, Mesoporous materials, multilayer adsorption with hysteresis loop, Freundlich Isotherm, Empirical model describing physical adsorption with multilayer formation., BET Isotherm, Extension of Langmuir model, explains multilayer adsorption and used to calculate surface area of solids., Chemical adsorption, Oxygen gas is adsorbed on a metal surface forming strong bonds that are rarely reversible., Physical adsorption, Ammonia gas adsorbed on charcoal - weak Van der Waals forces, multilayer, reversible, favored at low temperature., Microcrystalline Cellulose, The potency of nitroglycerin is maintained by adsorption onto __________., Zeolite, __________is used to convert hard water by ion exchange..
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PHC413_G2
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