Angle-resolved photoemission from CdTe(110) and Cd_0.65Mn_0.35Te(110)

The electronic structure of CdTe(110) and the substitutionally disordered alloy Cd0.65Mn0.35Te(110) has been investigated with angle-resolved photo electron spectroscopy using synchrotron radiation up to 78 eV and 56 eV photon energy respectively. The changes of the CdTe band structure on alloying were analyzed. The contribution from the Mn 3d states was identified and its dispersion was studied. © 1990 IOP Publishing Ltd.