Time evolution of non-photochemical hole burning linewidths: Observation of spectral diffusion at long times
K.A. Littau , Y.S. Bai , M.D. Fayer
Chemical Physics Letters 159 ( 1) 1 -6
31
1989
Thermal history and temperature-dependent photon echo and hole burning linewidths in low temperature glycerol glasses
K.A. Littau , A. Elschner , M.D. Fayer
Chemical Physics Letters 175 ( 3) 149 -155
7
1990
Probing low temperature glass dynamics by fast generation and detection of optical holes
K.A. Littau , M.D. Fayer
Chemical Physics Letters 176 ( 6) 551 -558
34
1991
The nature of glass dynamics: thermal reversibility of spectral diffusion in a low temperature glass
Y.S. Bai , K.A. Littau , M.D. Fayer
Chemical Physics Letters 162 ( 6) 449 -454
14
1989
Low-temperature glass dynamics probed by optical dephasing measurements
LR Narasimhan , KA Littau , YS Bai , Dee William Pack
Journal of Luminescence 45 ( 1-6) 49 -53
6
1990
Sustainable Organic Fuels for Transport (SOFT)–A Concept for Compatible Affordable Mobility Using Carbon-Neutral Liquid Fuels
RJ Pearson , JWG Turner , MD Eisaman , KA Littau
Proceedings of SIA (Société des Ingénieurs de l'Automobile)
5
2009
Chemical vapor deposition (CVD) TiN: a barrier metallization for submicron via and contact applications [2335-37]
KA Littau , R Mosely , M Eizenberg , H Tran
PROCEEDINGS-SPIE THE INTERNATIONAL SOCIETY FOR OPTICAL ENGINEERING 189 -189
1994
Extending the supply of alcohol fuels for energy security and carbon reduction
RJ Pearson , JWG Turner , MD Eisaman , KA Littau
Society for Automotive Engineers (SAE) Paper 01 -2764
42
2009
A Luminescent Silicon Nanocrystal Colloid via a High-Temperature Aerosol Reaction; 1993; vol. 97
KA Littau
J. Phys. Chem 1224 -1230
2
Developments in MEMS scale printable alkaline and Li-ion technology
KA Littau , CL Cobb , N Spengler , S Solberg
Micro-and Nanotechnology Sensors, Systems, and Applications III 8031 473 -482
2011
A chemical rate model for the surface pyrolysis of tetrakis (dimethylamido) titanium to form titanium nitride films [3507-09]
AJ Toprac , J Iacoponi , KA Littau
PROCEEDINGS-SPIE THE INTERNATIONAL SOCIETY FOR OPTICAL ENGINEERING 100 -107
1998
LOW TEMPERATURE GLASS RELAXATION AND INTERACTION WITH SOLUTES PROBED BY PICOSECOND PHOTON ECHO AND HOLE BURNING EXPERIMENTS
M Berga , CA Walshb , LR Narasimhan , KA Littau
JOURNAL OF THE ELECTROCHEMICAL SOCIETY 135 ( 8) C386 -C386
1988
Probing organic glasses at low temperature with variable time scale optical dephasing measurements
LR Narasimhan , KA Littau , Dee William Pack , YS Bai
Chemical Reviews 90 ( 3) 439 -457
182
1990
Low-temperature glass dynamics probed by optical dephasing measurements
LR Narasimhan , KA Littau , YS Bai , Dee William Pack
Journal of Luminescence 45 ( 1-6) 49 -53
6
1990
Fluorine Barrier Properties of Bias‐Sputtered Tungsten Films
SB Herner , H‐M Zhang , B Sun , Y Tanaka
Journal of The Electrochemical Society 147 ( 5) 1936 -1939
2
2000
Ultrafast optical dephasing in a low-temperature organic glass
C.A Walsh , M Berg , L.R Narashimhan , Karl A Littau
Chemical Physics Letters 134 ( 3) 268 -272
7
1987
Energy storage via carbon-neutral fuels made from CO $ _ {2} $, Water, and Renewable Energy
Richard J Pearson , Matthew D Eisaman , James WG Turner , Peter P Edwards
Proceedings of the IEEE 100 ( 2) 440 -460
186
2011
Large dimension, flexible piezoelectric ceramic tapes
Baomin Xu , Steven A Buhler , William S Wong , Michael C Weisberg
44
2005
Methods for making large dimension, flexible piezoelectric ceramic tapes
Baomin Xu , Steven A Buhler , William S Wong , Michael C Weisberg
40
2006
Methods to make piezoelectric ceramic thick film arrays and elements
Baomin Xu , Steven A Buhler , Michael C Weisberg , William S Wong
34
2006