Abhaya Datye Citation name: Datye, A. Affiliation: University of New Mexico State: NM Country: USA Authored:(652c) Carbon Nanotubes as a Support for Fischer-Tropsch CatalystsAbhaya DatyeNeil J. CovilleMangesh T. BoreMunga Bahome2006 Annual Meeting (175b) The Role of Surface Modification of Mesoporous Silica on the Reactivity and Stability of Supported AuJohn P. GabaldonMangesh T. BoreAbhaya Datye2006 Annual Meeting (552f) Catalyst Coating Studies in Multi-Channeled Structures for Steam Reforming of MethanolTravis R. ConantAbhaya Datye2006 Annual Meeting (435a) Monometallic Pd Supported on Zno: Highly Selective Towards Co2 in Steam Reforming of MethanolTravis R. ConantAbhaya Datye2006 Annual Meeting (392e) Sintering Studies on Model Catalytic SystemsAndrew T. DeLaRivaAbhaya Datye2006 Annual Meeting The Stability and Catalytic Reactivity of Colloidal Palladium Nanoparticles on AluminaDavid M. LavensonAbhaya Datye2006 Annual Meeting (621c) Synthesis And Reactivity Of Pt Nanowires And Nanoparticles In Aerosol-Derived Silica TemplatesJohn P. GabaldonAbhaya DatyeTravis R. ConantLevi R. Houk2007 Annual Meeting (460g) Zno-Supported Catalysts For The Steam Reforming Of AlcoholsTravis R. ConantVanessa LebarbierYong WangAbhaya Datye2007 Annual Meeting (192f) Identification of the Active Catalyst Phases of the Bimetallic Cobalt and Palladium Zinc Oxides for the Reforming Reactions of AlcoholsBarr HaleviEric PetersonJonathan PaizHien PhamAbhaya Datye2009 Annual Meeting (442d) A Kinetic and Mechanistic Study of the Selective Oxidation of 5-Hydroxymethylfurfural Over Supported Metal CatalystsSara E. DavisBhushan N. ZopeLevi R. HoukErin C. TamargoRobert J. DavisAbhaya Datye2011 Annual Meeting (128b) In-Situ Cast Micro Reactor Catalyst Supports for Methanol ReformingGeorge J. IwaszekTravis ConantAbhaya Datye2008 Spring Meeting & 4th Global Congress on Process Safety (61d) Catalyst Coatings in Ceramic Microreactors for Steam Reforming of MethanolTravis R. ConantAyman KarimAbhaya Datye2006 Spring Meeting & 2nd Global Congress on Process Safety