Howard JM Hanley Metal / Porous Polymer Networks / Creative Commons / / /
Facility
Texas A&M University / /
IndustryTerm
thermal and chemical stability / schematic and selective gas adsorption / experimental pure gas isotherms / inorganic metal ions / flue gas separations / energy penalty / gas adsorption properties / aqueous amine solutions / overall energy consumption / natural gas / metal-organic polyhedra / high pressure gas storage application / silane network / energy / 3D networks / carbon capture applications / metal cluster / energy consumption / record breaking gas uptake capacities / chemical functional groups / water solutions / functional / gas molecule specific interactions / chemical arena / gas stream / chemical absorption / Metal-organic frameworks / energy applications / carbon dioxide capture applications / natural gas purification / flue gas / gas-framework interactions / polymer networks / carbon dioxide capture technologies / real industrial applications / dependent selective gas adsorption / gas separation / /
Organization
Texas A&M University in Qatar / Royal Society of Chemistry / American Chemical Society / Hong-Cai Joe Zhou Chemistry Department / Chemistry Department / /
Person
Hong-Cai Joe Zhou / D. J. Timmons / J. R. Li / H. C. Zhou / W. G. Lu / D. Zhao / X. S. Wang / Jian-Rong Li / Julian Patrick Sculley / R. Krishna / J. Sculley / Hong-Cai Joe / /
Position
editor / Running head / D. J. / /
PublishedMedium
Accounts of Chemical Research / Advanced Materials / Journal of the American Chemical Society / /
Technology
sorption / HTML / PDF / carbon dioxide capture technologies / /
Special issue: Carbon Capture and Storage Workshop, Texas A&M University in Qatar, April 2012 Guest editor: Howard JM Hanley Metal-organic frameworks and porous polymer networks for carbon capture