Publications

HE mathematical theory of wave propagation along a conductor with an external coaxial return is very old, going back to the work of Rayleigh, Heaviside and J. J. Thomson.

Today, I want to talk to you about four different things: the current environment for libraries, a model or structure for looking at and influencing the future, how libraries at Bell Laboratories a

Beginning in the 1930's GH Dieke and his students carried out an extensive program of measuring the optical spectrum of molecular hydrogen and its isotopes.

The electronic structure and possible superconductivity mechanisms of the new high T sub c copper oxides are discussed.

The electronic structure of the new high T sub c copper oxides is discussed in terms of the conventional band picture and the localized orbital Mott-Hubbard picture.

The narrowest feature on present-day integrated circuits is the gate oxide-the thin dielectric layer that forms the basis of field-effect device structures.

Angle-resolved photoemission studies of graphitic overlayers on Ni{100} show the C 2p(z) and 2s states characteristic of bulk graphite and quite different from the carbide (2x2) C phase on this sur

An internally consistent set of parameters for the extended, three band Hubbard model of the Cu-O sheets has been calculated from first principles using a constrained density functional approach.

The changes with stress in the polarization of the emission, spectrum and light-current (LI) behavior of 1.3micron and 1.

ACUUM tubes with close spacing between electrodes have become of increasing importance in recent years.