Paramagnetic Relaxation of Some Non-Kramers Rare-Earth Ethyl Sulfates

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概要

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• The Van Vleck orbit-lattice interaction appropriate for the ethyl sulfate crystal has been applied to estimate the relaxation rates of Pr^<3+> in YES and LaES, Tb^<3+> in YES, and Ho^<3+> in YES and HoES. The estimates based on our theory along with the phonon bottleneck effect are in good agreement with the experimental data.

• 社団法人日本物理学会の論文
• 1973-07-05

著者

• Huang Chao-yuan

  Department Of Physics Case Western Reserve University

• Sugawara Kazushi

  Department Of Phsics Case Western Reserve University

• Sugawara Kazushi

  Department Of Physics Case Western Reserve University

関連論文

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• EPR Studies of Gd^, Dy^, and Ce^ in some Van Vleck Paramagnets
• The Temperature Dependence of the Zero Field Splitting of Eu^ in Fluorine Cubic Crystals
• The Van Vleck Orbit-Lattice Interaction in Rare-Earth Ethyl Sulfates and Its Application to Relaxation
• Paramagnetic Relaxation of Some Non-Kramers Rare-Earth Ethyl Sulfates
• The Temperature Dependence of the Hyperfine Coupling Constant of Eu^ (4f^7) in CaF_2 and SrF_2
• Temperature Dependence of the Mn^ Concentration in Sintered Mixed Compounds Cd_Zn_xS and CdS_Se_x
• Determination of the Crystal-Field Splittings of Dy^, Er^ and Ce^ by the Gd^ Reference
• EPR Studies of Mn^ in Cd_Mg_xTe Mixed Single Crystals

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