Items where Author is "Barratt, D. S."
Number of items: 7.
Public
HASHIM, A. A., BARRATT, D. S., HASSAN, A. K., EVANS-FREEMAN, J. H. and NABOK, A.
(2006).
Resistivity network and structural model of the oxide cathode for CRT application.
Journal of display technology, 2 (2), 186-93.
None
HASHIM, A. A., BARRATT, D. S., HASSAN, A. K. and NABOK, A. V.
(2006).
Accelerated life ac conductivity measurements of CRT oxide cathodes.
Applied Surface Science, 252 (18), 6332-6336.
HASHIM, A. A., BARRATT, D. S., HASSAN, A. K. and NABOK, A. V.
(2006).
Activation Process-Dependent Characteristics of Novel Thermionic Oxide Cathodes for CRT Application.
Journal of display technology, 2 (1), 91-97.
HASHIM, A. A., BARRATT, D. S., HASSAN, A. K. and NABOK, A. V.
(2006).
Electron conduction associated with the chemical transport of reducing elements in oxide cathode for CRT's application.
Applied Surface Science, 252 (14), 5010-5018.
HASHIM, A. A., RAY, A. K., HASSAN, A. K. and BARRATT, D. S.
(2005).
The study of the effect of Ba coverage through the accelerations lifetime of activated BaO/SrO cathodes.
Applied Surface Science, 243 (1-4), 421-428.
HASHIM, A. A., BARRATT, D. S., RAY, A. K. and HASSAN, A. K.
(2004).
Formation of an interface layer in thermionic oxide cathodes for CRT applications.
Journal of physics d-applied physics, 37 (20), 2932-2937.
HASHIM, A. A., RAY, A. K., BARRATT, D. S. and HASSAN, A. K.
(2004).
The effect of the high and low activation temperature on the conduction of thermionic oxide cathodes for CRT applications.
In:
International Vacuum Microelectronics Conference.
Technical Digest of the 17th International Vacuum Nanoelectronics Conference
.
Piscataway, N.J., IEEE, 46-47.