High field Zeeman spectroscopy of beryllium in germanium

Authors

P. C. Jobe Prabaker, University of Wollongong
Peter Fisher, University of WollongongFollow
Rodney E. M. Vickers, University of WollongongFollow

RIS ID

15734

Publication Details

Prabaker, J., Fisher, P. Vickers, R. E. (2006). High field Zeeman spectroscopy of beryllium in germanium. In M. Avdeev (Eds.), Condensed Matter and Materials Meeting (pp. 1-3). Sydney, Australia: Australian Institute of Physics.

Abstract

The ground states of group II impurities in Ge are complex. For Zn(0) only the lowest is occupied at 4.2 K which is not the case for Be(0). The unperturbed spectrum of Be(0) is more complex than that of Zn(0), the G line being simplest. Reported here is a Zeeman study of the G line of Be(0) at fields up to 6 T.

Link to publisher version (URL)

Condensed Matter and Materials Meeting