Electric-dipole spin resonance signals from straight dislocations with equilibrium and non-equilibrium splittings were measured. It was shown that the g-factor of holes, in the 1-dimensional energy bands which corresponded to dislocations, depended upon the degree of splitting. It was noted that this result was consistent with fact that the D3 and D4 dislocation photoluminescence lines depended upon the splitting of 60 dislocations.

V.V.Kveder, A.I.Shalynin, E.A.Shteinman, A.N.Izotov: Journal of Experimental and Theoretical Physics, 1996, 83[4], 829-33