Faculty

Institution

Unit

Venue

George K. Schweitzer

Professor

University of Tennessee

Affiliations

College of Arts and Sciences

Department of Chemistry

George K. Schweitzer is currently serving as a College Of Arts And Sciences Professor at University of Tennessee.

Honors

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Experiences

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Education

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George K. Schweitzer

University of Tennessee

Professor

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materials science analytical chemistry chemistry inorganic chemistry solvent extraction applied physics spectroscopy electron spectroscopy chemical engineering transition metal chemistry coordination chemistry nuclear chemistry material chemistry photoelectron spectra instrumentation thin films atomic physics poultry science livestock science nuclear science ornithology separation technology physical chemistry luminescence separation science trace metals radioanalytical chemistry quantum chemistry atomic spectroscopy material research avian biology animal physiology x-ray spectroscopy accelerator technology inorganic synthesis radiation detection alloy design ceramic synthesis powder metallurgy powder synthesis ion exchange separation techniques x-ray photoelectron spectroscopy zinc oxinate thermal neutron detection hydration numbers metals carbon structural chemistry chemical bond photoelectrochemistry spectroelectrochemistry inorganic photochemistry cryogenics elemental characterization replacement procedure chemical measurement selective separation analytic application chemical analysis theoretical inorganic chemistry trace elements radiation chemistry radiation biology inorganic materials aqueous chemistry methyl fluoride tetramethyl compounds simple model experimental evaluation quantitative analysis silicon tetrafluorides site-selective ion-exchange resins cadmium chelates aqueous cadmium complexes gaseous alkali halides nuclear physics neutron source neutron detection nuclear engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Synthesis and Stability of Actinium-225 Endohedral Fullerenes, 225 Ac@C 60. ACS Omega (2020)

Jofa Gideon MwakisegeGeorge SchweitzerSaed Mirzadeh

fullereneschemistryorganic synthesis

Parametric Study on the Production of the Gagg: Ce and Lso: Ce Multicomponent Oxide Scintillator Materials Through Use of a Planetary Ball Mill. Dalton Transactions (2018)

Kaitlyn A. McDonaldMatthew R. McDonaldMelissa N. BaileyGeorge K. Schweitzer

materials sciencenanotechnologyplanetary ball millparametric study

Structural Analysis of the Complexation of Uranyl, Neptunyl, Plutonyl, and Americyl With Cyclic Imide Dioximes. ACS Omega (2018)

Deborah A. PenchoffCharles C. PetersonJon P. CamdenJames A. BradshawJohn D. AuxierGeorge K. SchweitzerDavid M. JenkinsRobert J. HarrisonHoward L. Hall

organometallic chemistrycoordination chemistrycyclic imide dioximeschemistry

Structural Characteristics, Population Analysis, and Binding Energies of [an(No 3 )] 2+ (With an = Ac to Lr). ACS Omega (2018)

Deborah A. PenchoffCharles C. PetersonMark S. QuintJohn D. AuxierGeorge K. SchweitzerDavid M. JenkinsRobert J. HarrisonHoward L. Hall

thin filmsmaterials sciencestructural characteristicspopulation analysischemistry

Synthesis of Gagg: Ce 3+ Powder for Ceramics Using Mechanochemical and Solution Combustion Methods. Journal of the American Ceramic Society (2018)

Kaitlyn A. McDonaldGeorge K. Schweitzer

materials scienceceramic synthesismaterial preparationpowder metallurgypowder synthesisceramicsceramic technologysolution combustion methods

The Mechanochemical and Solution Combustion Syntheses of Cerium-Doped Lutetium Oxyorthosilicate Powder. Journal of Alloys and Compounds (2017)

Melissa N. BaileyGeorge K. Schweitzer

materials sciencetechnologyceramic synthesismaterial chemistrymechanical engineeringmaterial researchmaterials engineeringinorganic synthesisnanoparticle researchsolution combustion synthesesadvanced materialspowder metallurgyinorganic chemistrypowder synthesisnanotechnologychemical synthesisalloy design

Laboratory Studies on the Removal of Radon-Born Lead From Kamland׳S Organic Liquid Scintillator. Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment (2014)

G. KeeferC. GrantA. PiepkeT. EbiharaH. IkedaY. KishimotoY. KibeY. KosekiM. OgawaJ. ShiraiS. TakeuchiC. MaugerC. ZhangG. SchweitzerB.E. BergerS. DazeleyM.P. DecowskiJ.A. DetwilerZ. DjurcicD.A. DwyerY. EfremenkoS. EnomotoS.J. FreedmanB.K. FujikawaK. FurunoA. GandoY. GandoG. GrattaS. HatakeyamaK.M. HeegerL. HsuK. IchimuraK. InoueT. IwamotoY. KamyshkovH.J. KarwowskiM. KogaA. KozlovC.E. LaneJ.G. LearnedJ. MaricicD.M. MarkoffS. MatsunoD. McKeeR.D. McKeownT. MileticT. MitsuiM. MotokiKyo NakajimaKyohei NakajimaK. NakamuraT. O׳DonnellH. OgawaF. PiquemalJ.-S. RicolI. ShimizuF. SuekaneA. SuzukiR. SvobodaO. TajimaY. TakemotoK. TamaeK. TolichW. TornowHideki WatanabeHiroko WatanabeL.A. WinslowS. Yoshida

organic liquid scintillatorradiation oncologynuclear physicsaccelerator technologynuclear scienceradon-born leadapplied physicsinstrumentationlaboratory studies

Secondary Electron Energy Deposition in Thin Polymeric Films for Neutron-Photon Discrimination. IEEE Transactions on Nuclear Science (2014)

Laurence F. MillerMatthew J. UrfferAndrew MabeRohit UppalDayakar PenumaduGeorge Schweitzer

thin filmsmaterials sciencethin polymeric filmsnuclear physicsatomic physicsparticle physicsnuclear scienceneutron-photon discriminationelectrical engineeringapplied physicsoptoelectronicsnuclear engineering

Transparent Lithium-6 Based Polymer Scintillation Films Containing a Polymerizable Fluor for Neutron Detection. Radiation Measurements (2014)

Andrew N. MabeMatthew J. UrfferDayakar PenumaduGeorge K. SchweitzerLaurence F. Miller

thin filmsmaterials sciencepolymer scienceradiation oncologypolymer scintillation filmsradiation detectionapplied physicspolymerizable fluor

Success in Multidisciplinary Research (2013). (2013)

Merry KoschanChuck MelcherLaurence MillerDayakar PenumaduGeorge SchweitzerMariya Zhuravleva

multidisciplinary research

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George K. Schweitzer

Professor

University of Tennessee

Affiliations

College of Arts and Sciences

Department of Chemistry

George K. Schweitzer is currently serving as a College Of Arts And Sciences Professor at University of Tennessee.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

George K. Schweitzer

University of Tennessee

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Synthesis and Stability of Actinium-225 Endohedral Fullerenes, 225 Ac@C 60. ACS Omega (2020)

Jofa Gideon MwakisegeGeorge SchweitzerSaed Mirzadeh

fullereneschemistryorganic synthesis

Parametric Study on the Production of the Gagg: Ce and Lso: Ce Multicomponent Oxide Scintillator Materials Through Use of a Planetary Ball Mill. Dalton Transactions (2018)

Kaitlyn A. McDonaldMatthew R. McDonaldMelissa N. BaileyGeorge K. Schweitzer

materials sciencenanotechnologyplanetary ball millparametric study

Structural Analysis of the Complexation of Uranyl, Neptunyl, Plutonyl, and Americyl With Cyclic Imide Dioximes. ACS Omega (2018)

Deborah A. PenchoffCharles C. PetersonJon P. CamdenJames A. BradshawJohn D. AuxierGeorge K. SchweitzerDavid M. JenkinsRobert J. HarrisonHoward L. Hall

organometallic chemistrycoordination chemistrycyclic imide dioximeschemistry

Structural Characteristics, Population Analysis, and Binding Energies of [an(No 3 )] 2+ (With an = Ac to Lr). ACS Omega (2018)

Deborah A. PenchoffCharles C. PetersonMark S. QuintJohn D. AuxierGeorge K. SchweitzerDavid M. JenkinsRobert J. HarrisonHoward L. Hall

thin filmsmaterials sciencestructural characteristicspopulation analysischemistry

Synthesis of Gagg: Ce 3+ Powder for Ceramics Using Mechanochemical and Solution Combustion Methods. Journal of the American Ceramic Society (2018)

Kaitlyn A. McDonaldGeorge K. Schweitzer

materials scienceceramic synthesismaterial preparationpowder metallurgypowder synthesisceramicsceramic technologysolution combustion methods

The Mechanochemical and Solution Combustion Syntheses of Cerium-Doped Lutetium Oxyorthosilicate Powder. Journal of Alloys and Compounds (2017)

Melissa N. BaileyGeorge K. Schweitzer

organic liquid scintillatorradiation oncologynuclear physicsaccelerator technologynuclear scienceradon-born leadapplied physicsinstrumentationlaboratory studies

Secondary Electron Energy Deposition in Thin Polymeric Films for Neutron-Photon Discrimination. IEEE Transactions on Nuclear Science (2014)

Laurence F. MillerMatthew J. UrfferAndrew MabeRohit UppalDayakar PenumaduGeorge Schweitzer

Transparent Lithium-6 Based Polymer Scintillation Films Containing a Polymerizable Fluor for Neutron Detection. Radiation Measurements (2014)

Andrew N. MabeMatthew J. UrfferDayakar PenumaduGeorge K. SchweitzerLaurence F. Miller

thin filmsmaterials sciencepolymer scienceradiation oncologypolymer scintillation filmsradiation detectionapplied physicspolymerizable fluor

Success in Multidisciplinary Research (2013). (2013)

Merry KoschanChuck MelcherLaurence MillerDayakar PenumaduGeorge SchweitzerMariya Zhuravleva

multidisciplinary research

1
2
3
4
5
9
10 / page

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