United States Sandia National Laboratories / MOF Films / /
Event
Product Issues / /
Facility
Northwestern University / /
IndustryTerm
strut-tostrut energy transfer / analyte chemical / fresh precursor solutions / industrial process management / metal oxides / onset energy / energy gap / metal oxide semiconductors / metal oxide / d10 metal ions / metal organic frameworks / emission energy / metal centers / ligandto-metal energy transfer / possible solutions / lack sufficient chemical selectivity / dilute solution / metal ions / ionization energy / chloride gas / valence-band/conduction-band separation energy / high-energy proton / phosgene gas / metal cations / energy / metal / Metal-centered luminescence / plastics / gas-phase analyte / microcantilever devices / similar chemical structure / high-energy protons / chemical sensors / chemical identity / portable systems / chemical threat detection / chemical composition / food quality control / chemical threats / metal coordination geometry / chemical detection / chemical and physical properties / selective sensing applications / metal oxide semiconductor / open metal sites / chemiresistive metal oxides / transition metal / wide-bandgap metal oxide semiconductors / energy transfer / metal sites / chemical sensing / gas separation / higher-energy / /
Organization
Northwestern University / Department of Chemistry / American Chemical Society / /
Person
Richard P. Van Duyne / Joseph T. Hupp / Mark Allendorf / Photomultiplier / Crystal Microbalance / /
Position
Prime Minister / Author Information Biographies Acknowledgment / Representative / /
Product
sodium iodide / TNT / analyte / materials / /
ProvinceOrState
Illinois / Rhode Island / California / Colorado / /
REVIEW pubs.acs.org/CR MetalOrganic Framework Materials as Chemical Sensors Lauren E. Kreno,† Kirsty Leong,‡ Omar K. Farha,† Mark Allendorf,*,‡ Richard P. Van Duyne,† and Joseph T. Hupp*,†