reliable information about the general electronic structure of atoms. This method is likewise
powerful in elucidating certain features of the general electronic structure of solids. Metals …

In the first half of this article, theoretical treatments of the infrared divergence involved in the
edge problem of soft-x-ray absorption, emission, and photoemission spectra of simple …

The complex dielectric constant ε (ω)= ε 1+ i ε 2 and associated functions are derived by
application of the Kramers-Kronig relation to reflectance data for graphite obtained in the …

The optical conductivity is evaluated for interband transitions between a flat valence band
and a parabolic conduction band. The conduction band is filled with electrons to a Fermi …

The local electronic structure of a material can be determined from the energy-loss spectrum
of a swift electron beam scattered through it. When the electron beam is focused down to the …

New analytical and numerical results are presented for the many-body theory of x-ray
spectra of metals. A method is presented whereby the previous edge theory is extended to …

A new method of spectroscopy of solids is presented. By means of it, information concerning
the state densities in solids is extracted from measured kinetic-energy distributions of …

Originally published in 1960 as part of the Cambridge Monographs on Physics series, this
book looks at the physical principles behind the use of X-rays for microscopic investigation …

Measurements have been made of the energy distributions of photoelectrons emitted by
various semiconductor surfaces freshly exposed by breaking in high vacuum ($ ̃ 10− 8 mm) …

X-ray photoelectron spectra of Na and Li metals were obtained in ultrahigh vacuum. Rich
plasmon structures were observed on all peaks. Both the photoemission and Auger peaks …