Metal-organic frameworks and reticular chemistry -- Synthesis and characterization of metal-organic frameworks -- Thermodynamics of adsorption -- Mass transfer in MOFs -- Packed bed wave theory -- Simulation of crystalline nanoporous materials and the computation of adsorption/diffusion properties -- Characterization techniques for the analysis of metal-organic frameworks during and after adsorption -- Water stability of metal-organic frameworks -- Gas storage in water stability of metal-organic frameworks -- Toxic gas adsorption & reaction in metal-organic frameworks -- Potential industrial applications of metal-organic frameworks for gas separations.
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The book discusses MOF synthesis and the state of MOF literature and provides guidance on how thermodynamics, mass transfer, packed-bed behavior, and water stability all contribute to gas phase separations and storage in MOFs. Several books on both MOFs and adsorption are available but a text that approaches MOF design, synthesis, and characterization with the intention of performing gas phase separations is absent. This text provides an introduction to MOF synthesis and characterization; adsorption theory including isotherms, mass transfer in porous solids, and fixed-bed wave theory; and discuss applications of MOF materials that illustrate these concepts--
Gas adsorption in metal-organic frameworks
9781498754514
Crystallography.
Organometallic compounds.
Crystallography.
Organometallic compounds.
SCIENCE / Chemistry / General.
TECHNOLOGY & ENGINEERING / Chemical & Biochemical.