Theoretical calculations of g factors for the tetragonal Ce3+ centers in AWO4 (A=Ca, Sr, Pb) and A′MoO4 (A′=Sr, Pb) crystals

Coherence times of Ce3+ spin states in CaWO4 crystal

“…2.915 g   ) [12,13], and corresponds to the almost perpendicular orientation of the crystal c axis with respect to B0. Weaker and broader (FWHM of approximately 35 G) lines near 3370, 3577, 3644, 4010 and 4124 G most probably originate from the orthorhombic cites of Ce 3+ [14].…”