Просмотр по теме "CsCdBr3"

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  • Heber J.; Demirbilek R.; Nikitin S. (2004)
    CsCdBr3 has a quasi-linear crystal structure. It consists of covalently bound [CdBr]6 4- chains separated by chains of Cs+ ions. The trivalent rare-earth (RE) ions substitute for divalent Cd ions forming predominantly pair ...
  • Heber J.; Lange M.; Altwein M.; Malkin B.; Rodionova M. (1998)
    In CsCdBr3, Tm3+ substitutes for Cd2+. It predominately forms symmetric dimer centers and single-ion centers, both of trigonal symmetry. The energy level schemes of both centers were determined by EPR and site-selective ...
  • Heber J.; Demirbilek R.; Altwein M.; Malkin B.; Tarasov V. (2002)
    CsCdBr3 crystallizes in the quasi-linear CsNiCl3 structure. It possesses linear chains of [CdBr6]4- octahedra separated by parallel chains of Cs+. Trivalent rare-earth (RE) ions substitute for the divalent Cd ions. The ...
  • Malkin B.; Pukhov K.; Saikin S.; Baibekov E.; Zakirov A. (2007)
    Detailed calculations have been performed of multiphonon relaxation rates of optical excitations in Nd-doped LiYF4 and Pr-doped CsCdBr3 crystals in the frameworks of the exchange charge model of the crystal fields and rigid ...

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