A 133Cs-NMR Study of the Chemical Bonding of the Solid Compound Semiconductor Cs3Sb

Abstract
133Cs nuclear magnetic resonance has been studied in the solid compound semiconductor Cs3Sb between room temperature and the melting point. From the magnitude of the chemical shift (620±25 ppm at 300 K) and the quadrupolar coupling constant {e2 qQ/h = 105 ± 3 kHz) we conclude that predominantly ionic bonding does not occur in this semiconductor.

This publication has 0 references indexed in Scilit: