J dependence of nitrogen Q branch linewidths
A. Owyoung , M.E. Coltrin , M.L. Koszykowski , L.A. Rahn
1980
Models of transport, gas-phase and surface chemistry in diamond chemical vapor deposition
D.S. Dandy , M.E. Coltrin
1
1995
Theoretical modeling and laser diagnostics of silicon chemical vapor deposition
P. Ho , M.E. Coltrin , W.G. Breiland
American Institute of Chemical Engineers,New York, NY
1985
Quantum mechanical and classical mechanical calculations of the dynamics of molecular collisions
D.G. Truhlar , D.W. Schwenke , M.E. Coltrin
1986
Quantum-resolved gas-surface scattering: NH/sub 3/ from Au (111)
B.D. Kay , M.E. Coltrin , T.D. Raymond
1986
Laser diagnostics of silicon chemical vapor deposition: In situ measurements and comparisons with model predictions
P. Ho , M.E. Coltrin , W.G. Breiland
1987
Si deposition rates in a two-dimensional CVD (chemical vapor deposition) reactor and comparisons with model calculations
M.E. Coltrin , W.G. Breiland
1989
CRESLAF (Version 4.0): A Fortran program for modeling laminar, chemically reacting, boundary-layer flow in cylindrical or planar channels
H.K. Moffat , F.M. Rupley , M.E. Coltrin , R.J. Kee
NASA STI/Recon Technical Report N 94 11371
21
1993
A FORTRAN COMPUTER CODE PACKAGE FOR THE EVALUATION OF GAS-PHASE, MULTICOMPONENT TRANSPORT PROPERTIES
J.A. Miller , R.J. Kee , M.E. Coltrin , G. Dixon-Lewis
Sandia Report, SAND86-8246
1,420
1986
CHEMKIN III. The CHEMKIN-III COLLECTION
M. Smooke , J.F. Grcar , L. Petzold , F.M. Rupley
1996
An approximate method for estimating multiquantum transition probabilities in molecular collisions
M.E. Coltrin , David J. Malik
Chemical Physics Letters 85 567 -571
1
1982
Surftherm: A program to analyze thermochemical and kinetic data in gas-phase and surface chemical reaction mechanisms
M.E. Coltrin , H.K. Moffat
1
1994
Understanding GaN nucleation layer evolution on sapphire.
D.D. Koleske , M.E. Coltrin , K.C. Cross , C.C. Mitchell
Journal of Crystal Growth 273 ( 1) 86 -99
56
2004
Using optical reflectance to measure GaN nucleation layer decomposition kinetics
D.D. Koleske , M.E. Coltrin , M.J. Russell
Journal of Crystal Growth 279 ( 1) 37 -54
12
2005
Heterogeneous reaction mechanisms and kinetics relevant to the CVD of semiconductor materials
J.R. Creighton , M.E. Coltrin
Unknown
1994
Galileo's stream: A framework for understanding knowledge production
J.Y. Tsao , K.W. Boyack , M.E. Coltrin , J.G. Turnley
Research Policy 37 ( 2) 330 -352
16
2008
Research challenges to ultra-efficient inorganic solid-state lighting
J.M. Phillips , M.E. Coltrin , M.H. Crawford , A.J. Fischer
Laser & Photonics Review 1 ( 4) 307 -333
431
2007
Wavelength-division multiplexing vertical-cavity surface emitting laser arrays fabricated by selective area MOCVD growth
H.Q. Hou , K.D. Choquette , M.E. Coltrin , B.E. Hammons
lasers and electro optics society meeting 2 23 -24
3
1998
Simplified models of growth, defect formation, and thermal conductivity in diamond chemical vapor deposition
M.E. Coltrin , D.S. Dandy
Other Information: PBD: Apr 1996
1996
Automation, Control and Modeling of Compound Semiconductor Thin-Film Growth
W.G. Breiland , M.E. Coltrin , T.J. Drummond , K.M. Horn
Other Information: PBD: 1 Feb 1999
1999