Zang Jingcun, Wu Shaohua, Chen Dongli, Wu Hongbin. Study on the Composition and Lattice Constauts of ZnWO4: Cr3+[J]. Journal of Beijing University of Technology, 1991, 17(1): 39-43.
Citation:
Zang Jingcun, Wu Shaohua, Chen Dongli, Wu Hongbin. Study on the Composition and Lattice Constauts of ZnWO4: Cr3+[J]. Journal of Beijing University of Technology, 1991, 17(1): 39-43.
Zang Jingcun, Wu Shaohua, Chen Dongli, Wu Hongbin. Study on the Composition and Lattice Constauts of ZnWO4: Cr3+[J]. Journal of Beijing University of Technology, 1991, 17(1): 39-43.
Citation:
Zang Jingcun, Wu Shaohua, Chen Dongli, Wu Hongbin. Study on the Composition and Lattice Constauts of ZnWO4: Cr3+[J]. Journal of Beijing University of Technology, 1991, 17(1): 39-43.
Study on the Composition and Lattice Constauts of ZnWO4: Cr3+
The efficient distribution coefficient of Cr3+ ion in ZnWO4: Cr3+ system under different dopping concentrations have been investigated by emission spectroscopy method, it changes from k<1 to k>1, when the dopped Cr2O3 is about 0.05%(wt). At that dopping level, the volume of the unit cell of ZnWO4: Cr3+ measured by X-ray analysis is the minimum.
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