David J. Luca
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Publication
Featured researches published by David J. Luca.
Applied Physics Letters | 1975
G. Pfister; W. M. Prest; David J. Luca; Martin A. Abkowitz
The presence of the γ crystalline phase in polyvinylidene fluoride is shown to enhance the thermally stimulated current response around room temperature by at least 50 times. Infrared absorption and thermally stimulated current are correlated.
1982 Los Angeles Technical Symposium | 1982
Thomas W. Smith; Gordon E. Johnson; Anthony T. Ward; David J. Luca
Metallic optical recording layers such as Te are degraded on exposure to oxygen and water. Both oxygen and moisture are necessary for the oxidation of Te to proceed at a significant rate. In this report, the feasibility of protecting thin metal layers from oxidation is examined in light of the known vapor permeability characteristics of selected organic polymeric materials. Experimental results are presented for multilayer Te structures.
Archive | 2001
Thomas W. Smith; Kathleen M. McGrane; David J. Luca; William W. Limburg
Archive | 1985
Thomas W. Smith; Anthony T. Ward; David J. Luca; Gordon E. Johnson
Archive | 1997
Timothy J. Fuller; Ram S. Narang; Thomas W. Smith; David J. Luca; Raymond K. Grandall
Archive | 1996
Timothy J. Fuller; Ram S. Narang; Thomas W. Smith; David J. Luca; Raymond K. Crandall
Archive | 1990
Francoise M. Winnik; David J. Luca; Thomas W. Smith
Archive | 1998
Thomas W. Smith; Samuel Kaplan; Kathleen M. McGrane; David J. Luca
Archive | 2000
Thomas W. Smith; Timothy J. Fuller; Ram S. Narang; David J. Luca
Archive | 1998
Thomas W. Smith; Samuel Kaplan; Kathleen M. McGrane; David J. Luca; John S. Facci; Michael J. Levy
