T. Blanton

发表

Crystal structure of atorvastatin calcium trihydrate Form I (Lipitor®), (C33H34FN2O5)2Ca(H2O)3

J. Kaduk, Ryan L. Hodge, A. Gindhart, 2020, Powder Diffraction.

Nanoindentation measurements of teflon-AF nanosheets

Sachin Khapli, Reza Rowshan, T. Blanton, 2015 .

X-ray photoelectron spectroscopic studies on ceramic composites containing yttria-stabilized zirconia and alumina

T. Blanton, D. Majumdar, D. Chatterjee, 1993 .

Crystal structure of tamsulosin hydrochloride, C20H29N2O5SCl

J. Kaduk, A. Gindhart, T. Blanton, 2021, Powder Diffraction.

Crystal structure of edoxaban tosylate monohydrate Form I, (C24H31ClN7O4S)(C7H7O3S)(H2O)

J. Kaduk, A. Gindhart, T. Blanton, 2021, Powder Diffraction.

Crystal structure of (E)-doxepin hydrochloride, C19H22NOCl

J. Kaduk, A. Gindhart, T. Blanton, 2021, Powder Diffraction.

Crystal structure of tezacaftor Form A, C26H27F3N2O6

J. Kaduk, A. Gindhart, T. Blanton, 2021, Powder Diffraction.

Crystal structure of cephalexin monohydrate, C16H17N3O4S(H2O)

J. Kaduk, A. Gindhart, T. Blanton, 2020, Powder Diffraction.

Crystal structure of pantoprazole sodium sesquihydrate Form I, C16H14F2N3O4SNa(H2O)1.5

J. Kaduk, A. Gindhart, T. Blanton, 2020, Powder Diffraction.

Crystal structure of hyoscyamine sulfate monohydrate, (C17H24NO3)2(SO4)(H2O)

J. Kaduk, A. Gindhart, T. Blanton, 2020, Powder Diffraction.

Crystal structure of atazanavir, C38H52N6O7

J. Kaduk, A. Gindhart, T. Blanton, 2020, Powder Diffraction.

Crystal structures of two polymorphs of alclometasone dipropionate, C28H37ClO7

J. Kaduk, A. Gindhart, T. Blanton, 2020, Powder Diffraction.

Crystal structure of prednicarbate, C27H36O8

J. Kaduk, A. Gindhart, T. Blanton, 2019, Powder Diffraction.

Crystal structure of metolazone, C16H16ClN3O3S

J. Kaduk, A. Gindhart, T. Blanton, 2019, Powder Diffraction.

Crystal structure of oxybutynin hydrochloride hemihydrate, C22H32NO3Cl(H2O)0.5

J. Kaduk, A. Gindhart, T. Blanton, 2019, Powder Diffraction.

Crystal structure of bretylium tosylate (Bretylol®), C18H24BrNO3S

J. Kaduk, A. Gindhart, T. Blanton, 2018, Powder Diffraction.

Crystal structure of minocycline hydrochloride dihydrate form A, C23H28N3O7Cl (H2O)2

J. Kaduk, A. Gindhart, T. Blanton, 2018, Powder Diffraction.

Crystal structure of lubiprostone Polymorph B, C20H32F2O5

J. Kaduk, A. Gindhart, T. Blanton, 2018, Powder Diffraction.

Crystal structure of methylprednisolone acetate form II, C24H32O6

J. Kaduk, A. Gindhart, T. Blanton, 2018, Powder Diffraction.

Crystal structure of hydroxyzine dihydrochloride, C21H29ClN2O2Cl2

J. Kaduk, A. Gindhart, T. Blanton, 2018, Powder Diffraction.

Crystal Structure of 17α-Dihydroequilin, C18H22O2, from Synchrotron Powder Diffraction Data and Density Functional Theory

J. Kaduk, A. Gindhart, T. Blanton, 2017 .

Crystal structure of paliperidone palmitate (INVEGA SUSTENNA®), C39H57FN4O4

J. Kaduk, A. Gindhart, T. Blanton, 2017, Powder Diffraction.

Crystal structure of choline fenofibrate (Trilipix®), (C5H14NO) (C17H14ClO4)

J. Kaduk, A. Gindhart, T. Blanton, 2016, Powder Diffraction.

Crystal structure of rivastigmine hydrogen tartrate Form I (Exelon®), C14H23N2O2(C4H5O6)

J. Kaduk, A. Gindhart, T. Blanton, 2016, Powder Diffraction.

Crystal structure of paliperidone, C23H27FN4O3

J. Kaduk, A. Gindhart, T. Blanton, 2016, Powder Diffraction.

Crystal structure of sitagliptin dihydrogen phosphate monohydrate, C16H16F6N5O(H2PO4)(H2O)

J. Kaduk, A. Gindhart, T. Blanton, 2015, Powder Diffraction.

Crystal structure of lacosamide form I, C13H18N2O3

J. Kaduk, A. Gindhart, T. Blanton, 2015, Powder Diffraction.

Crystal structure of salmeterol xinafoate form I (Serevent®Diskus®), (C25H37NO4)(C11H8O3)

J. Kaduk, A. Gindhart, T. Blanton, 2015, Powder Diffraction.

Crystal structure of tramadol hydrochloride, C16H26NO2Cl

J. Kaduk, A. Gindhart, T. Blanton, 2015, Powder Diffraction.

Crystal structure of raltegravir potassium, C20H20FKN6O5

J. Kaduk, A. Gindhart, T. Blanton, 2015, Powder Diffraction.

Crystal structure of rilpivirine, C22H18N6

J. Kaduk, T. Blanton, K. Zhong, 2015, Powder Diffraction.

Crystal structure of levalbuterol hydrochloride polymorph A (Xopenex), C13H22NO3Cl

J. Kaduk, T. Blanton, S. Gates, 2015, Powder Diffraction.

Revealing the true crystal structure of L-phenylalanine using solid-state density functional theory.

M. D. King, T. Korter, Thomas N Blanton, 2012, Physical chemistry chemical physics : PCCP.

Novel glass-forming liquid crystals. IV. Effects of central core and pendant group on vitrification and morphological stability

A. Bashir-Hashemi, Shaw H. Chen, J. Mastrangelo, 1996 .

Refinement of the crystal structure of the ô-modification of tris ( 8-hydroxy-quinoline ) aluminum ( III ) , ( KXKCaHoNOb , the blue luminescent Alq 3

T. Blanton, K. Klubek, M. Rajeswaran, 2014 .

Modeling Disorder in the Crystal Structure of the α Polymorph of Alq3

W. Brennessel, T. Blanton, R. Young, 2010 .

Structural, thermal, and spectral characterization of the different crystalline forms of Alq3, tris(quinolin-8-olato)aluminum(III), an electroluminescent material in OLED technology

William C. Lenhart, B. Antalek, C. Tang, 2009 .

Single-crystal structure determination of a new polymorph (ε-Alq3) of the electroluminescence OLED (organic light-emitting diode) material, tris(8-hydroxyquinoline)aluminum (Alq3)

T. Blanton, M. Rajeswaran, 2005 .

Refinement of the crystal structure of the δ-modification of tris(8-hydroxyquinoline) aluminum(III), δ-Al(C9H6NO)3, the blue luminescent Alq3

T. Blanton, K. Klubek, M. Rajeswaran, 2003 .

Refinement of the crystal structure of the δ-modification of tris(8-hydroxyquinoline) aluminum(III), δ-Al(C9H6NO)3, the blue luminescent Alq3

T. Blanton, K. Klubek, M. Rajeswaran, 2003 .

Refinement of the crystal structure of the ô-modification of tris(8-hydroxy- quinoline)aluminum(III), (KXKCaHoNOb, the blue luminescent Alq3

T. Blanton, K. Klubek, M. Rajeswaran, 2003 .

Preparation of zinc sulfide thin films by ultrasonic spray pyrolsis from bis(diethyldithiocarbamato) zinc(II)

R. Pike, H. Gysling, T. Blanton, 1993 .

Properties of vapor-deposited polyimides

D. Harding, F. Tsai, Shaw H. Chen, 2005 .

High-Permeability Fluorinated Polyimide Microcapsules by Vapor-Deposition Polymerization

S. H. Chen, D. Harding, F. Tsai, 2003 .

Single-substrate cholesteric liquid crystal displays by colloidal self-assembly

T. Blanton, Charles M. Rankin, David M. Johnson, 2006 .

Epitaxial growth of oxides on semiconductors using fluorides as a buffer layer

Shui-Tong Lee, L. Hung, T. Blanton, 1993 .

Sharp blue emission of ZnO crystals by supercritical CO2 processing

S. Sharma, Sachin Khapli, T. Blanton, 2016 .

Preparation of silver behenate coatings to provide low- to mid-angle diffraction calibration

T. Blanton, C. Barnes, M. Lelental, 2000 .

Grain rotation and lattice deformation during photoinduced chemical reactions revealed by in situ X-ray nanodiffraction.

J. Miao, R. Xu, Zhifeng Huang, 2014, Nature materials.

Powder X-ray diffraction of azelastine hydrochloride, C22H25ClN3O·Cl

J. Kaduk, A. Gindhart, T. Blanton, 2020, Powder Diffraction.

Micron-Size and Submicron-Size Light-Emitting Porous Silicon Structures

S. Kurinec, P. Fauchet, S. Duttagupta, 1994 .

56.4: Cholesteric PDLC Displays with Low Driving Voltage

T. Blanton, Charles M. Rankin, David M. Johnson, 2006 .

Crystal structure of haloxon, C14H14Cl3O6P

J. Kaduk, T. Blanton, S. Gates-Rector, 2022, Powder Diffraction.

Crystal structure of imepitoin, C13H14ClN3O2

J. Kaduk, A. Gindhart, T. Blanton, 2022, Powder Diffraction.

Crystal structure of diclazuril, C17H9Cl3N4O2

J. Kaduk, T. Blanton, S. Gates-Rector, 2022, Powder Diffraction.

Crystal structure of aminopentamide hydrogen sulfate, (C19H25N2O)(HSO4)

J. Kaduk, A. Gindhart, T. Blanton, 2022, Powder Diffraction.

Crystal structure of merimepodib, C23H24N4O6

J. Kaduk, A. Gindhart, T. Blanton, 2022, Powder Diffraction.

Synthesis of One Atom Thin, Two-Dimensional Gold Films and Their Novel Properties

S. Sharma, R. Pasricha, T. Blanton, 2020, 2007.16023.

Apparent Spatial Memory Register and Oscillating Shape Transformations in Gold Nanostructures

S. Sharma, R. Pasricha, T. Blanton, 2019, 1906.11526.

Production of nanostructured molecular liquids by supercritical CO2 processing

S. Sharma, M. Magzoub, M. O'Connor, 2017 .

Synthesis of Self-Assembled Single Atomic Layer Gold Crystals-Goldene

S. Sharma, R. Pasricha, T. Blanton, 2022, ACS applied materials & interfaces.

Azine bridged silver coordination polymers: Powder X-ray diffraction route to crystal structure determination of silver benzotriazole

B. Antalek, S. Misture, D. Giesen, 2006 .

The relationship between microstructure and toughness of biaxially oriented semicrystalline polyester films

B. Hsiao, Y. Rao, T. Blanton, 2008 .

Physical and microstructural effects of heat setting in polyester films

A. Tsou, T. Blanton, J. Greener, 1999 .

Vapochromism and its structural basis in a luminescent Pt(II) terpyridine-nicotinamide complex.

Richard Eisenberg, Yong-Joo Kim, T. Wadas, 2004, Journal of the American Chemical Society.

Novel Glassy Nematic Liquid Crystals for Non‐destructive Rewritable Optical Memory and Photonic Switching

Stephen D. Jacobs, Kenneth L. Marshall, Yanhou Geng, 2003 .

Novel Glass-Forming Liquid Crystals. 6. High-Temperature Glassy Nematics

Shaw H. Chen, J. Mastrangelo, T. Blanton, 2001 .

Ultrafine nickel particles generated by laser-induced gas phase photonucleation

H. He, T. Blanton, R. Heist, 1997 .

Powder X-ray diffraction of trimethoprim Form I, C14H18N4O3

J. Kaduk, A. Gindhart, T. Blanton, 2020, Powder Diffraction.

Circularly polarized light generated by photoexcitation of luminophores in glassy liquid-crystal films

S. H. Chen, A. W. Schmid, A. Schmid, 1999, Nature.

Molecular design of single-source precursors for 3-6 semiconductor films: control of phase and stoichiometry in indium selenide (InxSey) films deposited by a spray MOCVD process using single-source reagents

H. Gysling, T. Blanton, A. A. Wernberg, 1992 .

Crystal structure of a second polymorph of germacrone, C15H22O

J. Kaduk, T. Blanton, S. Gates-Rector, 2022, Powder Diffraction.

Wear‐induced phase transformation in yttria stabilized zirconia: X‐ray photoelectron spectroscopic studies

T. Blanton, D. Majumdar, D. Chatterjee, 1992 .

Phase transformations in TiO2/SiO2 sol-gel films as a function of composition and heat-treatment

S. M. Melpolder, A. West, T. Blanton, 1991, Journal of Materials Science.

Fabrication of hierarchically porous materials and nanowires through coffee ring effect.

Sachin Khapli, P. Coelho, R. Neiva, 2014, ACS applied materials & interfaces.

A Chemical Template for Synthesis of Molecular Sheets of Calcium Carbonate

Serdal Kirmizialtin, S. Sharma, F. Benyettou, 2016, Scientific Reports.

Vitrified Chiral−Nematic Liquid Crystalline Films for Selective Reflection and Circular Polarization

Shaw H. Chen, J. Mastrangelo, T. Blanton, 1999 .

Polymer Nanocomposites with a Low Thermal Expansion Coefficient

Y. Rao, T. Blanton, 2008 .

An X-ray diffraction study of epitaxial lithium tantalate films deposited on (0001) sapphire wafers using r.f. diode sputtering

Dilip K. Chatterjee, Thomas N. Blanton, T. Blanton, 1995 .

Growth and characterization of gallium arsenide using single-source precursors: OMCVD and bulk pyrolysis studies

Richard A. Jones, J. Ekerdt, H. Gysling, 1990 .

Spontaneous formation of an exfoliated polystyrene-clay nanocomposite using a star-shaped polymer.

Douglas R. Robello, C. Barnes, Nori Yamaguchi, 2004, Journal of the American Chemical Society.

Powder X-ray diffraction of escitalopram oxalate oxalic acid hydrate, (C20H21FN2O)2(C2O4)(H2C2O4)(H2O)0.16

J. Kaduk, A. Gindhart, T. Blanton, 2021, Powder Diffraction.

Crystal structure of citalopram hydrobromide, C20H22FN2OBr

J. Kaduk, A. Gindhart, T. Blanton, 2016, Powder Diffraction.

High-temperature X-ray diffraction study of the peritectic reactions of Bi-2212 with and without Ag additions

R. Snyder, B. Seebacher, S. Misture, 1995 .

Peritectic Melting Sequence of Bi-2212 and Bi-2212/Ag Measured Using Insitu XRD

R. Snyder, B. Seebacher, S. Misture, 1995 .

Epitaxial growth of MgO on (100)GaAs using ultrahigh vacuum electron‐beam evaporation

L. Hung, T. Blanton, L. Zheng, 1992 .

Epitaxial growth of lithium niobate thin films from a single-source organometallic precursor using metalorganic chemical vapor deposition

H. Gysling, T. Blanton, A. J. Filo, 1993 .

Crystal structure of ivermectin hemihydrate ethanolate, (C48H74O14)(H2O)0.5(C2H5OH)0.82

J. Kaduk, A. Gindhart, T. Blanton, 2021, Powder Diffraction.

Ultrahigh vacuum metalorganic chemical vapor deposition growth and in situ characterization of epitaxial TiO2 films

Alfonso Franciosi, John F. Evans, Wayne L. Gladfelter, 1993 .

Metalorganic chemical vapor deposition of (ZnO)x(SiO2)1−x films

S. Lee, T. Blanton, D. Lawrence, 1989 .

Temperature dependence of the properties of vapor-deposited polyimide

D. R. Harding, D. Harding, F. Tsai, 2003 .

Effects of Processing Conditions on the Quality and Properties of Vapor-Deposited Polyimide Shells

D. Harding, F. Tsai, T. Blanton, 2002 .

The processes of formation and epitaxial alignment of SrTiO3 thin films prepared by metallo‐organic decomposition

M. G. Mason, G. Braunstein, T. Blanton, 1993 .

The use of X-ray diffraction rocking curve methodology for assessment of the c-axis orientation in BiSrCaCuO superconducting thin films

T. Blanton, C. Barnes, M. Lelental, 1991 .

Prediction of the Unknown Crystal Structure of Creatine Using Fully Quantum Mechanical Methods

M. D. King, T. Korter, S. Misture, 2011 .

Optical and structural characterization of nc-Si/a-SiO2 superlattices

Philippe M. Fauchet, David J. Lockwood, Karl D. Hirschman, 1998, Other Conferences.

Crystal structure of elvitegravir Form II, C23H23ClFNO5

J. Kaduk, T. Blanton, S. Gates-Rector, 2023, Powder Diffraction.

Crystal structure of deracoxib, C17H14F3N3O3S

J. Kaduk, A. Gindhart, T. Blanton, 2023, Powder Diffraction.

Crystal structure of oxibendazole, C12H15N3O3

J. Kaduk, T. Blanton, S. Gates-Rector, 2023, Powder Diffraction.

Crystal structure of vismodegib, C19H14Cl2N2O3S

J. Kaduk, T. Blanton, S. Gates-Rector, 2022, Powder Diffraction.

Crystal structure of fulvestrant hydrate (ethyl acetate), C32H47F5O3S(H2O)0.16(C4H8O2)0.025

J. Kaduk, A. Gindhart, T. Blanton, 2022, Powder Diffraction.

Crystal structure of brigatinib Form A (Alunbrig®), C29H39ClN7O2P

J. Kaduk, Ryan L. Hodge, A. Gindhart, 2021, Powder Diffraction.

Crystal structure of levocetirizine dihydrochloride Form I, C21H27ClN2O3Cl2

J. Kaduk, A. Gindhart, T. Blanton, 2021, Powder Diffraction.

Crystal structure of loteprednol etabonate Form II, C24H31ClO7

J. Kaduk, A. Gindhart, T. Blanton, 2021, Powder Diffraction.

Crystal structure of pomalidomide Form I, C13H11N3O4

J. Kaduk, A. Gindhart, T. Blanton, 2021, Powder Diffraction.

Crystal structure of tofacitinib dihydrogen citrate (Xeljanz®), (C16H21N6O)(H2C6H5O7)

J. Kaduk, A. Gindhart, T. Blanton, 2021, Powder Diffraction.

Crystal structure of ipratropium bromide monohydrate, C20H30NO3Br(H2O)

J. Kaduk, A. Gindhart, T. Blanton, 2020, Powder Diffraction.

Crystal structure of bisoprolol fumarate Form I, (C18H32NO4) (C4H2O4)0.5

J. Kaduk, A. Gindhart, T. Blanton, 2020, Powder Diffraction.

Crystal structures of cefdinir, C14H13N5O5S2, and cefdinir sesquihydrate C14H13N5O5S2(H2O)1.5

J. Kaduk, A. Gindhart, T. Blanton, 2019, Powder Diffraction.

Crystal structure of bumetanide, C17H20N2O5S

J. Kaduk, A. Gindhart, T. Blanton, 2019, Powder Diffraction.

Crystal structure of terazosin hydrochloride dihydrate (Hytrin®), C19H26N5O4Cl(H2O)2

J. Kaduk, A. Gindhart, T. Blanton, 2018, Powder Diffraction.

Crystal structure of pemetrexed disodium heptahydrate, C20H33N5Na2O13 (Alimta)

J. Kaduk, A. Gindhart, T. Blanton, 2018, Powder Diffraction.

Crystal structure of hydrocortisone acetate, C23H32O6

J. Kaduk, A. Gindhart, T. Blanton, 2017, Powder Diffraction.

Crystal structure of norgestimate, C23H31NO3

J. Kaduk, A. Gindhart, T. Blanton, 2016, Powder Diffraction.

Crystal structure of mupirocin form I, C26H44O9

J. Kaduk, A. Gindhart, T. Blanton, 2016, Powder Diffraction.

Crystal structure of nilotinib, C28H22F3N7O

J. Kaduk, A. Gindhart, T. Blanton, 2015, Powder Diffraction.

Crystal structure of ziprasidone hydrochloride monohydrate, C21H22Cl2N4OS(H2O)

J. Kaduk, A. Gindhart, T. Blanton, 2015, Powder Diffraction.

Crystal structure of solifenacin hydrogen succinate, C23H27N2O2(HC4H4O4)

J. Kaduk, A. Gindhart, T. Blanton, 2015, Powder Diffraction.

Crystal structure of fingolimod hydrochloride, C19H34ClNO2

J. Kaduk, A. Gindhart, T. Blanton, 2015, Powder Diffraction.

Formation and characterization of ohmic contacts to n–AlGaAs using Pd/AuGe/Ag/Au

T. Blanton, D. Lawrence, L. Zheng, 1993 .

Enhancement and suppression of the formation of porous silicon

S. Kurinec, P. Fauchet, S. Duttagupta, 1995 .

Epitaxial LiTaO3 thin films by pulsed laser deposition

John A. Agostinelli, G. Braunstein, Thomas N. Blanton, 1993 .

Novel glass-forming organic materials. 3. Cubane with pendant nematogens, carbazole, and disperse red 1

Hongqin Shi, John C. Mastrangelo, A. Bashir-Hashemi, 1997 .

Upconverting Tm‐doped BaYYbF8 optical waveguides epitaxially grown on GaAs

David D. Tuschel, L. Hung, T. Blanton, 1995 .

THE EFFECT OF GELATIN ON SILVER HALIDE STRAIN IN PHOTOGRAPHIC FILMS

T. Watkins, T. Blanton, M. A. Howey, 1997 .

Some dynamic features of the preparation of liquid crystalline elastomers

S. Jacobs, Shaw H. Chen, T. Blanton, 1995 .

Crystal structure of osimertinib mesylate Form B (Tagrisso), (C28H34N7O2)(CH3O3S)

J. Kaduk, A. Gindhart, T. Blanton, 2021, Powder Diffraction.

Crystal Structure of Linagliptin Hemihydrate Hemiethanolate (C25H28N8O2)2(H2O)(C2H5OH) from 3D Electron Diffraction Data, Rietveld Refinement, and Density Functional Theory Optimization

M. Gemmi, S. Nicolopoulos, J. Kaduk, 2021 .

Crystal structure of eltrombopag olamine Form I, (C2H8NO)2 (C25H20N4O4)

J. Kaduk, A. Gindhart, T. Blanton, 2021, Powder Diffraction.

Crystal structure of pimecrolimus Form B, C43H68ClNO11

J. Kaduk, A. Gindhart, T. Blanton, 2021, Powder Diffraction.

Crystal structure of (Z)-cefprozil monohydrate, C18H19N3O5S(H2O)

J. Kaduk, A. Gindhart, T. Blanton, 2019, Powder Diffraction.

Crystal structure of cloxacillin sodium monohydrate, C19H17ClN3O5SNa(H2O)

J. Kaduk, A. Gindhart, T. Blanton, 2019, Powder Diffraction.

Crystal structure of atropine sulfate monohydrate, (C17H24NO3)2(SO4)·(H2O)

J. Kaduk, A. Gindhart, T. Blanton, 2019, Powder Diffraction.

Crystal Structure of Fosfomycin Tromethamine, (C4H12NO3)(C3H6O4P), from Synchrotron Powder Diffraction Data and Density Functional Theory

J. Kaduk, A. Gindhart, T. Blanton, 2019, Crystals.

Crystal structure of vardenafil hydrochloride trihydrate, C23H33N6O4SCl (H2O)3

J. Kaduk, A. Gindhart, T. Blanton, 2018, Powder Diffraction.

Phenytoin sodium monohydrate, C15H11N2O2Na(H2O)

J. Kaduk, A. Gindhart, T. Blanton, 2018, Powder Diffraction.

Crystal Structure of Fosfomycin Tromethamine , ( C 4 H 12 NO 3 ) ( C 3 H 6 O 4 P ) , from Synchrotron Powder Di ff raction Data and Density Functional Theory

J. Kaduk, A. Gindhart, T. Blanton, 2019 .

Characterization of proton exchange lithium niobate waveguides

David D. Tuschel, S. Lee, G. Braunstein, 1994 .

MICROSTRUCTURE OF CLAY-POLYMER COMPOSITES

S. M. Melpolder, T. Blanton, D. Majumdar, 2000 .

Microstructure of 110 K superconducting Bi-Sr-Ca-Cu-O thin films grown on (100)MgO by metallo-organic decomposition

S. Lee, Samuel Chen, G. Braunstein, 1990 .

Effects of cold rolling and thermal annealing on superconducting properties of 2212 Bi-Sr-Ca-Cu-O/Ag tapes

R. Bowen, T. Blanton, C. Barnes, 1993 .

The effect of X-ray penetration depth on structural characterization of multiphase Bi-Sr-Ca-Cu-O thin films by X-ray diffraction techniques

T. Blanton, C. Barnes, M. Lelental, 1991 .

Solid‐phase epitaxial growth of lithium tantalate thin films deposited by spray‐metalorganic chemical vapor deposition

G. Braunstein, H. Gysling, T. Blanton, 1993 .

Microstructural evolution and epitaxial alignment of thin films of lithium niobate deposited onto sapphire by metallo-organic decomposition

G. Braunstein, T. Blanton, G. Paz-Pujalt, 1995 .

Fabrication of Hierarchically Structured Porous Films of Metal Oxides and Carbonates Through Coffee Ring Effect

S. Sharma, Sachin Khapli, T. Blanton, 2016 .

Crystal structure of meglumine diatrizoate, (C7H18NO5)(C11H8I3N2O4)

J. Kaduk, T. Blanton, Tawnee M. Ens, 2023, Powder Diffraction.

THE USE OF SMECTITE CLAYS FOR FORMATION OF A CERAMIC CASE SURROUNDING A TETRAGONAL ZIRCONIUM DIOXIDE CORE

T. Blanton, D. Majumdar, D. Chatterjee, 2000 .

An ethidium ion selective electrode and its application to DNA-ethidium binding.

J. B. Justice, T. Blanton, C. G. Trowbridge, 1981, Biochemical and biophysical research communications.

Crystal structure of halofuginone hydrobromide, C16H18BrClN3O3Br

J. Kaduk, T. Blanton, S. Gates-Rector, 2022, Powder Diffraction.

Clay–polymer nanocomposite coatings for imaging application

T. Blanton, D. Majumdar, D. W. Schwark, 2003 .

Growth kinetics, phase transitions, and cracking in cholesterol gallstones

S. Burns, T. Blanton, Sujeet Kumar, 1995 .

Crystal structure of encorafenib, C22H27ClFN7O4S

J. Kaduk, A. Došen, T. Blanton, 2023, Powder Diffraction.

Fabrication of hierarchically porous materials and nanowires through coffee ring effect.

Sachin Khapli, P. Coelho, R. Neiva, 2014, ACS applied materials & interfaces.

Crystal structure of abiraterone acetate (Zytiga), C26H33NO2

J. Kaduk, A. Gindhart, T. Blanton, 2018, Powder Diffraction.

Three-dimensional structure determination of N-(p-Tolyl)-dodecylsulfonamide from powder diffraction data and validation of structure using solid-state NMR spectroscopy.

A. Huq, S. Misture, P. Stephens, 2002, Journal of the American Chemical Society.

Organic Nanoparticles: Preparation, Self‐Assembly, and Properties

G. Irvin, T. Blanton, R. Jagannathan, 2006 .