Citation

Galán L, Garcia M, Ripalda JM, Montero I, Roman E, Batchelor DR, Bressler PR. Appl. Phys. Lett. 2004; 84(22): 4433-4435.

Copyright

(Copyright © 2004, American Institute of Physics)

DOI

10.1063/1.1758779

PMID

unavailable

Abstract

The measurement of valence band photoemission in chromium silicide as a funtion of the photon energy was performed near the Cr2p3/2 absorption threshold. The presence of resonant photoemission was observed for the 3d valence band and the two-hole satellite. The appearance of the radiationless resonance Raman effect was found to be due to the resonant photoemission. The results show that 3d resonance occurs 0.6 eV after the absorption peak and after the resonance of the Auger signal, indicating the existance of interference between the Auger and photoemission signal.

Language: en

Keywords

Statistics; Annealing; Computational methods; Parameter estimation; Raman scattering; Binding energy; Chromium compounds; Photoemission; Electronic structure; Relaxation processes; Absorption spectroscopy; Chemical shifts; Electron energy analyzers; In situ processing; Kinetic energy; Monochromators; Multipactor effects; Photon energies; Photons; Valence band photoemission spectroscopy