Richard Bergeron
Energy Conversion Devices
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Publication
Featured researches published by Richard Bergeron.
Solid State Communications | 1983
F.P. Missell; Richard Bergeron; John E. Keem; Stanford R. Ovshinsky
Abstract Amorphous Zr-Rh alloys produced by melt spinning have a higher superconducting transition temperature Tc than materials generated by r.f. cosputtering techniques. However, the temperature dependence of the upper critical field Hc2(T is consistent with the GLAG theory for both materials. The Tc differences, as well as variations in the electronic density of states, can be partially understood in terms of slight differences in the average density, perhaps due to the inclusion of Ar gas during sputtering.
Archive | 1984
John E. Keem; Richard Bergeron; Russell C Custer; R. William Mccallum
Archive | 1988
John E. Keem; Jun S. Im; John E Tyler; Richard Bergeron; Kevin Dennis; David Hoeft
Archive | 1986
Richard Bergeron; William R. Mccallum; Karen Canavan; John E. Keem; Alan M. Kadin; Gregory B. Clemente
Archive | 1987
Richard Bergeron; Karen Canavan; William R. Mccallum; John E. Keem
Archive | 1986
Richard Bergeron; Karen Canavan; William R. Mccallum; John E. Keem
Archive | 1987
Stanford R. Ovshinsky; Stephen J. Hudgens; Russel C. Custer; Robert Burkhardt; Richard Bergeron
Archive | 1985
Richard Bergeron; R. William Mccallum
Archive | 1982
Stanford R. Ovshinsky; John E. Keem; James D Flasck; Richard Bergeron; John E Tyler
Archive | 1989
John E. Keem; Jun Su Im; John E Tyler; Richard Bergeron; Kevin Dennis; David Hoeft
