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(Top) Coherent Raman experimental system. Heavy solid lines: optical beams; thin solid lines: microwave and 50 kHz circuits. PEM: photoelastic modulator. The sample is placed in superfluid helium in a resonant microwave cavity. (Bottom) Energy levels and optical transitions of a center with .
Experimental and simulated coherent Raman-detected electron spin resonance signal of in CdTe (dispersive component). The six expected components of the hyperfine interaction are shown.
Spin-flip Raman spectra of for a range of magnetic fields from zero (bottom) to 6 T (top) and at a temperature of 1.5 K.
The dispersive component of the coherent Raman signal of in CdTe for excitation energies from 1.5952 (bottom) to 1.6075 eV (top).
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