Ukrainian Journal of Physical Optics 

Number  1, Volume  1, December  2000

Induced gyrotropy in NaBi(Mo1-xWxO4)2 solid solutions  
Order this article
L.Lutsiv-Shumski, Y.Shopa, and I.Girnyk
The dependencies of refractive indices and electrogyration parameters on tungsten concentration are obtained for the NaBi(Mo1-xWxO4)2 solid solutions with the sheelite structure. The coefficient of the transverse electrogyration effect is measured and the influence of temperature on the longitudinal electrogyration value is studied. It is shown that the refractive indices and electrogyration coefficients decrease with increasing the tungsten concentration

Key words: Refractive index, electrogyration, solid solution, polarimetry

doi 10.3116/16091833/1/1/32/2000
1. Lymarenko LN, Nosenko AE, Pashkovski MV, et al, 1978. Influence of structural defects on the physical properties of tungstates. L’viv, Vyshcha Shkola.
2. Vlokh OG, 1984. Spatial dispersion phenomena in parametric crystal optics. Lvov, Vyshcha Shkola, 155.
3. Klimov IM, Koval VL, Korobiy YS, 1982. Induced electrogyration in centrosymmetric crystals. Vest. Lvov. univ. ser. fiz. 16: 41-45.
4. Vlokh OG, Kravchuk MO, Shopa YI, 1995. Automated polarimeter.  Visn. L’viv. univ. ser.fiz. 27: 142-147.
5. Vlokh OG, Derebyagin AI, Klimov IM, Korobiy YS, 1983. Applications of linear electr-ogyration in measuring high-voltage electric fields. Methods and apparatus for analyzing stochastic spatial and temporal fields, VNIIMIUS, Lvov 81 – 87.
6. Vlokh OG, Stasyuk IV, et al,1983. On the dispersion and temperature dependences of electrogyration in germanate- and molyb-date-type crystals. Izv. AN USSR ser. fiz. 47: 665-669.
Home | Instructions to Authors | Editorial Board | Meetings & Exhibitions