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Glycine is available in many polymeric forms like -glycine, -glycine and -glycine and among these, gamma-glycine (-glycine) crystallizes in a non-centrosymmetric space group and hence it possesses nonlinear optical (NLO) and piezoelectric properties. Single crystals of gamma-glycine were grown by slow evaporation solution growth technique in the aqueous solution of cesium chloride. To obtain the sample of gamma-glycine, commercially available alpha-glycine and cesium chloride were taken in 2:1 molar ratio and it took about 25 days to harvest crystals of gamma-glycine. The lattice parameters were found by XRD method. The relative SHG efficiency was measured for the sample by Kurtz-Perry method. Hardness parameters were determined at different applied loads. Dielectric behavior of the sample was studied by measuring dielectric constant and loss factor at various frequencies and temperatures.Spectral methods like UV-visible transmittance studies were used to characterize the grown crystal.

Studies of Gamma-Glycine Crystals Grown In the Aqueous Solution of Cesium Chloride