Computed
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Photoelectric conversion: sol...
Deposition by sputtering
II-VI semiconductors
Thin film structure and morph...
Low-field transport and mobil...
Other inorganic semiconductors
Galvanomagnetic and other mag...
Other semiconductors
Fermi surface: calculations a...
Thermoelectric effects
Photoconduction and photovolt...
Optical constants
Chemical vapor deposition
Insulators
Charge carriers: generation, ...
Mossbauer effect; other gamma...
1.
van Schilfgaarde Mark; Coutts Timothy J.; Newman Nathan; Peshek Timothy
Thin film tandem photovoltaic cell from II-IV-V chalcopyrites
2.
Gessert T. A.; Yoshida Y.; Fesenmaier C. C.; Coutts T. J.
Sputtered In2O3 and ITO thin films containing zirconium
3.
Duenow Joel N.; Gessert Timothy A.; Wood David M.; Dillon Anne C.; Coutts Timothy J.
Effects of hydrogen ambient and film thickness on ZnO:Al properties
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4.
Coutts Timothy J.; Young David L.
Comment on “Bandgap and effective mass of epitaxial cadmium oxide” [Appl. Phys. Lett. ;92, 022101 (2008)]
5.
Duenow Joel N.; Gessert Timothy A.; Wood David M.; Barnes Teresa M.; Young Matthew; To Bobby; Coutts Timothy J.
Transparent conducting zinc oxide thin films doped with aluminum and molybdenum
6.
Barnes T. M.; van de Lagemaat J.; Levi D.; Rumbles G.; Coutts T. J.; Weeks C. L.; Britz D. A.; Levitsky I.; Peltola J.; Glatkowski P.
Optical characterization of highly conductive single-wall carbon-nanotube transparent electrodes
7.
Barnes T. M.; Wu X.; Zhou J.; Duda A.; van de Lagemaat J.; Coutts T. J.; Weeks C. L.; Britz D. A.; Glatkowski P.
Single-wall carbon nanotube networks as a transparent back contact in CdTe solar cells
8.
Li Xiaonan; Asher Sally E.; Limpijumnong Sukit; Zhang S. B.; Wei Su-Huai; Barnes Teresa M.; Coutts Timothy J.; Noufi Rommel
Unintentional doping and compensation effects of carbon in metal-organic chemical-vapor deposition fabricated ZnO thin films
9.
van de Lagemaat Jao; Barnes Teresa M.; Rumbles Garry; Shaheen Sean E.; Coutts Timothy J.; Weeks Chris; Levitsky Igor; Peltola Jorma; Glatkowski Paul
Organic solar cells with carbon nanotubes replacing In2O3:Sn as the transparent electrode
10.
Li Xiaonan; Asher Sally; Zhang S. B.; Wei Su-Huai; Keyes Brian; Coutts Timothy J.; Limpijumnong Sukit; Van de Walle Chris G.
Hydrogen passivation effect in nitrogen-doped ZnO thin films
11.
Perkins Craig L.; Lee Se-Hee; Li Xiaonan; Asher Sally E.; Coutts Timothy J.
Identification of nitrogen chemical states in N-doped ZnO via x-ray photoelectron spectroscopy
12.
Yoshida Yuki; Wood David M.; Gessert Timothy A.; Coutts Timothy J.
High-mobility, sputtered films of indium oxide doped with molybdenum
13.
Li X.; Yan Y.; Gessert T. A.; Perkins C. L.; Young D.; DeHart C.; Young M.; Coutts T. J.
Chemical vapor deposition-formed p-type ZnO thin films
14.
Yoshida Y.; Gessert T. A.; Perkins C. L.; Coutts T. J.
Development of radio-frequency magnetron sputtered indium molybdenum oxide
15.
Li X.; Yan Y.; Gessert T. A.; DeHart C.; Perkins C. L.; Young D.; Coutts T. J.
p-Type ZnO Thin Films Formed by CVD Reaction of Diethylzinc and NO Gas
16.
Young D. L.; Geisz J. F.; Coutts T. J.
Nitrogen-induced decrease of the electron effective mass in GaAs1-x;Nx thin films measured by thermomagnetic transport phenomena
17.
Young David L.; Moutinho Helio; Yan Yanfa; Coutts Timothy J.
Growth and characterization of radio frequency magnetron sputter-deposited zinc stannate, Zn2SnO4, thin films
18.
Young D. L.; Williamson D. L.; Coutts T. J.
Structural characterization of zinc stannate thin films
19.
Kammler D. R.; Mason T. O.; Young D. L.; Coutts T. J.; Ko D.; Poeppelmeier K. R.; Williamson D. L.
Comparison of thin film and bulk forms of the transparent conducting oxide solution Cd1+xIn2-2x;SnxO4
20.
Kammler D. R.; Mason T. O.; Young D. L.; Coutts T. J.
Thin films of the spinel Cd1+xIn2-2x;SnxO4 transparent conducting oxide solution
21.
Li X.; Yan Y.; Mason A.; Gessert T. A.; Coutts T. J.
High Mobility CdO Films and Their Dependence on Structure
22.
Li X.; Young D. L.; Moutinho H.; Yan Y.; Narayanswamy C.; Gessert T. A.; Coutts T. J.
Properties of CdO Thin Films Produced by Chemical Vapor Deposition
23.
Young D. L.; Coutts T. J.; Kaydanov V. I.; Gilmore A. S.; Mulligan W. P.
Direct measurement of density-of-states effective mass and scattering parameter in transparent conducting oxides using second-order transport phenomena
24.
Coutts T. J.; Mulligan W. P.; Li X.; Young D. L.; Wu X.
Search for improved transparent conducting oxides: A fundamental investigation of CdO, Cd2SnO4, and Zn2SnO4
25.
Young D. L.; Coutts T. J.; Kaydanov V. I.
Density-of-states effective mass and scattering parameter measurements by transport phenomena in thin films
26.
Huang S.; Soo Y. L.; Bechmann M.; Kao Y. H.; Wu X.; Coutts T. J.; Dhere R.; Moutinho H. R.
Interface morphology of CdS thin films grown on cadmium stannate and glass substrates studied by grazing incidence x-ray scattering
27.
Ward J. S.; Duda A.; Coutts T. J.; Kurtz S. R.
New concepts for high-intensity PV modules for use with dish concentrator systems
28.
Wu X.; Sheldon P.; Mahathongdy Y.; Ribelin R.; Mason A.; Moutinho H. R.; Coutts T. J.
CdS/CdTe thin-film solar cell with a zinc stannate buffer layer
29.
Rosenwaks Y.; Li X.; Coutts T. J.
Characterization of heat-treated ITO/InP solar cells
30.
Wu X.; Coutts T. J.; Mulligan W. P.
Properties of transparent conducting oxides formed from CdO and ZnO alloyed with SnO2 and In2O3
31.
Coutts Timothy J.
Thermophotovoltaic principles, potential, and problems
32.
Ward J. S.; Duda A.; Wanlass M. W.; Carapella J. J.; Wu X.; Matson R. J.; Coutts T. J.; Moriarty T.; Murray C. S.; Riley D. R.
A novel design for monolithically interconnected modules (MIMs) for thermophotovoltaic power conversion
33.
Wu X.; Sheldon P.; Coutts T. J.; Rose D. H.; Mulligan W. P.; Moutinho H. R.
CdS/CdTe thin-film devices using a Cd2SnO4 transparent conducting oxide
34.
Gessert T. A.; Mason A. R.; Sheldon P.; Swartzlander A. B.; Niles D.; Coutts T. J.
Development of Cu‐doped ZnTe as a back‐contact interface layer for thin‐film CdS/CdTe solar cells
35.
Wu X.; Mulligan W. P.; Webb J. D.; Coutts T. J.
TPV plasma filters based on cadmium stannate
36.
Ward J. S.; Wanlass M. W.; Wu X.; Coutts T. J.
Issues in the design of high‐performance contacts to GaInAs TPV converters
37.
Horner G. S.; Coutts T. J.; Wanlass M. W.
Proposal for a second‐generation, lattice matched, multiple junction Ga;2AsSb TPV converter
38.
Li X.; Hall J. F.; Matson R. J.; Gessert T. A.; Coutts T. J.
Microstructural study of sputter‐deposited CdTe thin films
39.
Qu Y.; Gessert T. A.; Coutts T. J.; Noufi R.
Study of ion‐beam‐sputtered ZnO films as a function of deposition temperature
40.
Gessert T. A.; Mason A. R.; Coutts T. J.; Li X.; Matson R. J.
Dependence of material properties of radio‐frequency magnetron‐sputtered, Cu‐doped, ZnTe thin films on deposition conditions
41.
Gessert T. A.; Coutts T. J.
Development and analysis of Cu‐doped ZnTe for use as a back contact interface for CdS/CdTe solar cells
42.
Qu Y.; Gessert T. A.; Ramanathan K.; Dhere R. G.; Noufi R.; Coutts T. J.
Electrical and optical properties of ion beam sputtered ZnO:Al films as a function of film thickness
43.
Ramanathan K.; Dhere R. G.; Coutts T. J.; Chu T.; Chu S.
Status of CdS/CdTe solar cell research at NREL
44.
Grid metallization and antireflection coating optimization for concentrator and one‐sun photovoltaic solar cells
45.
Li X.; Gessert T. A.; Coutts T. J.
Near‐surface type conversion of p‐type single‐crystal InP by plasma exposure
46.
Abou-Elfotouh F. A.; Kazmerski L. L.; Matson R. J.; Dunlavy D. J.; Coutts T. J.
Studies of the electrical and interface properties of the metal contacts to CuInSe2 single crystals
47.
Gessert T. A.; Li X.; Wanlass M. W.; Nelson A. J.; Coutts T. J.
Investigation of buried homojunctions in p‐InP formed during sputter deposition of both indium tin oxide and indium oxide
48.
Li X.; Wanlass M. W.; Gessert T. A.; Emery K. A.; Coutts T. J.
High‐efficiency indium tin oxide/indium phosphide solar cells
49.
Abou-Elfotouh F. A.; Kazmerski L. L.; Coutts T. J.; Matson R. J.; Asher S. E.; Nelson A. J.; Swartzlander-Franz A. B.
Interface properties of (Cd,Zn)S/CuInSe2 single‐crystal solar cells
50.
High‐efficiency solar cells fabricated from direct‐current magnetron sputtered ;n‐indium tin oxide onto ;p‐InP grown by atmospheric pressure metalorganic vapor phase epitaxy
51.
Coutts T. J.; Wu X.; Gessert T. A.; Li X.
Direct‐current magnetron fabrication of indium tin oxide/InP solar cells
52.
Bhattacharya R. N.; Shen H.; Parayanthal P.; Pollak Fred H.; Coutts T.; Aharoni H.
Electroreflectance and photoreflectance study of the space‐charge region in semiconductors; (In‐Sn‐O)/InP as a model system
53.
Gessert T. A.; Williamson D. L.; Coutts T. J.; Nelson A. J.; Jones K. M.; Dhere R. G.; Aharoni H.; Zurcher P.
Summary Abstract: The dependence of the electrical properties of ion‐beam sputtered indium tin oxide on its composition and structure
54.
Naseem S.; Coutts T. J.; Aharoni H.
Effect of plasma exposure on the performance of indium tin oxide/InP solar cells prepared by radio‐frequency and ion‐beam sputtering
55.
Aharoni H.; Coutts T. J.; Gessert T.; Dhere R.; Schilling L.
Ion‐beam sputtered indium tin oxide for InP solar cells
56.
Naseem S.; Coutts T. J.
Indium tin oxide/gallium arsenide solar cells
57.
Coutts T. J.; Naseem S.
High efficiency indium tin oxide/indium phosphide solar cells
58.
Coutts T. J.; Pearsall N. M.; Tarricone L.
The influence of input power on the performance of rf sputtered ITO/InP solar cells
59.
Coutts T. J.; Pearsall N. M.
Meyer–Neldel rule in solar cells
23
Gessert, Timothy A.
11
Li, Xiaonan
10
Young, David L.
9
Wu, Xuanzhi
5
Yan, Yanfa
Barnes, Teresa M.
Dhere, Ramesh G.
Moutinho, Helio
4
Mason, AR
Wanlass, Mark W.
Asher, Sally
Perkins, Craig L.
3
Noufi, Rommel
Nelson, Art J.
Yoshida, Yuki