A brief review is given of the Zeeman and piezo-Zeeman results for the spectra of shallow
acceptors in germanium. Also included are new data for the Zeeman spectra of thallium with …

The piezospectroscopy of Sb in Ge, with a compressive force F‖〈 1 1 1〉, has been
reinvestigated using state-of-the-art instrumentation. In the high stress limit, where the …

In this paper, we report a correction to the model potential of the Ga acceptor in germanium,
evidenced by high-magnetic-field photoconductivity measurements. We found that under …

The Zeeman spectra of the complex Zn H in Ge have been studied for B|〈 100〉 and〈
111〉. The excited state of the D line exhibits a splitting which is identical to that of the D line …

The fundamental absorption lines of substitutional boron acceptor impurity in germanium,
which lie between 1 and 3 THz, now have been measured in magnetic fields to 18 T, greatly …

The results of high field Zeeman spectroscopy of the D line of neutral copper (Cu (0))
acceptors in Ge are presented. It is found that the excited state of this transition has a …

The spin quartet splitting of the ground state sublevels of shallow acceptor centers in a
magnetic field has been calculated for diamond-like semiconductors with a strong spin-orbit …

Holes in cubic semiconductors have effective spin 3/2 and very strong spin orbit interaction.
Due to these factors properties of hole bound states are highly unusual. We consider a …

A doublet observed for the G line of Zn (0) without applied perturbation is attributed to
relative shifts of the two Γ− 4 states which are part of the compound excited state of this …

Results are given for the Zeeman behaviour of the 1Γ+ 8 and 2Γ− 8 states of Zn− in Ge for
B∥< 100> and< 111>. Due to the larger energy spacings between the states of Zn− relative …