Spin coherence in the laser-excited triplet state of F2+2 centers in CaO is studied. Selective probing of the F+-center local properties is provide by the measurement of the F2+2-center spin-echo decay at different excitation wavelengths. In addition, spin-echo beat phenomena arising at high-power pulsed-laser excitation are reported. © 1984.
Glasbeek, M., Casalboni, M., Vreeker, R. (1984). Laser excitation and spin coherence of phosphorescent F2+2 centers in CaO. JOURNAL OF LUMINESCENCE, 31-32(PART 2), 851-854 [10.1016/0022-2313(84)90144-3].
Laser excitation and spin coherence of phosphorescent F2+2 centers in CaO
CASALBONI, MAURO;
1984-01-01
Abstract
Spin coherence in the laser-excited triplet state of F2+2 centers in CaO is studied. Selective probing of the F+-center local properties is provide by the measurement of the F2+2-center spin-echo decay at different excitation wavelengths. In addition, spin-echo beat phenomena arising at high-power pulsed-laser excitation are reported. © 1984.File in questo prodotto:
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