G. K. Wertheim

TL;DR: A compound with composition of K3C60, corresponding to the maximum conductivity, has been prepared and photoemission spectra of vacuum deposited layers of C60 show that the K donates its conduction electron into the band derived from the lowest unoccupied molecular orbital.

TL;DR: In this article, a simple formulation was proposed to account for the known successes and failures in metal−C 60 compound formation, and showed that metal-C 60 compounds with transition metals are unstable against precipitation of the metal clusters.

TL;DR: Photoemission spectra of compounds prepared by the reaction of C60 films with calcium show two distinct metallic phases, whereas alkali-doped C 60 films have only one.

TL;DR: In this article, a phonon-broadened density-of-states histogram with well-determined bandwidths and three or four main peaks was used to represent the valence-band photoemission spectra from a variety of alkali halides.

TL;DR: High-resolution photoemission spectra from the shallow core levels of alkali metals and of In have been obtained between 78 K and room temperature and show thermal shifts of comparable size for bulk and surface.