T. C. Collins

Double acceptor-donor pair lines in cadmium sulfide

Abstract In this paper we report a new pair-spectrum resulting from the recombination of a double acceptor and a donor. Magnetic field studies show that in the excited state the two hole states are mixed due to the presence of the donor. This mixing results in a greater multiplicity in line splitting than has been observed in other types of pair-spectra. The Zeeman experiments confirmed the double-acceptor-donor complex and the Zeeman patterns were theoretically predicted. The effective g-value of the hole is proportional to [(g h cos θ) 2 + (g h⊥ sin θ) 2 ] 1 2 where θ is the angle between the c axis and the magnetic field.

Complex Magnetic Field Splitting of Double-Acceptor Donor in CdS

In this paper we report a new pair-spectrum resulting from the recombination of a double acceptor and a donor. Magnetic field studies show that in the excited state the two hole states are mixed due to the presence of the donor. This mixing results in a greater multiplacity in line splitting than has been observed in other types of pair-spectra. The Zeeman experiments confirmed the double-acceptor-donor complex and the Zeeman patterns were theoretically predicted. The effective g-value of the hole is proportional to [(gh|| cos θ)2 + (gh┴ sin θ)2]1/2 where θ is the angle between the c axis and the magnetic field.