Esr, Infrared And Optical Absorption Studies Of Cu2+ Ion Doped In Xb203-(100-X)Te02 Glass System

The preparation and spectroscopic properties of Cu2+ in the xB203-(100-x) TeO2 nonlinear optical glassy system are described. Infrared shows that triborate and tetraborate units are present. [TeO4] trigonal bipyramids are converted into [TeO3] trigonal pyramids. The observed changes in spin Hamiltonian parameters with increasing concentration of B2O3 can be attribute to the decrease in the field strength at the Cu2+ ion site. The bonding parameters calculated from both optical and ESR data change with B2O3 concentration.

Author
S Suresh Et Al
Origin
Osmania University, India
Journal Title
Phys Chem Glasses 46 1 2005 27-30
Sector
Special Glass
Class
S 2949

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Esr, Infrared And Optical Absorption Studies Of Cu2+ Ion Doped In Xb203-(100-X)Te02 Glass System
Phys Chem Glasses 46 1 2005 27-30
S 2949
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