Crystal growth and Characterization of nonlinear Optical and Y glycine single crystals

Abstract

The area of active research for many decades is understanding and newlinecontrolling solution crystallization and polymorphism The control of crystal newlinehabit and growth rate has great importance in the field of chemical and newlinepharmaceutical industries newlineThe aim of the present research work is to grow and characterize newlinethe and#947; glycine single crystals from new additives such as zinc sulphate, zinc newlineacetate sodium sulphate ammonium acetate ammonium carbonate newlineammonium sulphate and ammonium formate for possible nonlinear optical newlineapplications and also for pharmaceutical applications newline To grow and#947; glycine and and#945; glycine single crystals by slow newlineevaporation method Top seeded solution growth method newlineHanging seed solution growth method and submerged seed newlinesolution growth method To determine the crystal structure of the grown crystals by newlineSingle crystal XRD and Powder XRD techniques newline To perform the Elemental analysis CHN test and Inductively newlinecoupled plasma optical emission spectrometry analysis ICPOES newlineto determine the chemical composition of the grown newlinecrystals newline newline