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We report on direct observation of the resonant Raman scattering by the optical phonons in nitrogen-doped single crystal diamond. It is established a key role of the electronic transitions of two zero-phonon lines, namely: the neutral nitrogen NV center at 575.468 nm and the other negatively-charged nitrogen NV− center at 637.874 nm. The data enables observation of the strong incoming resonance for nitrogen NV and out-going resonance for nitrogen NV− centers. Experimental data directly demonstrate observation of the strong resonant scattering in the input channel for the NV center of nitrogen and in the output channel for the NV− center. Физика и техника полупроводников, 2020, том 54, вып. 11

Резонансное рассеяние света оптическими фононами в кристалле алмаза с азотозамещенной вакансией