Development of a Crystallizer Image Analyzer System and Its Application in Optical Bandgap Modification of Tri Glycine Sulphate

Abstract

Tri glycine sulphate is a ferroelectric and pyroelectric material and newlinehence finds applications in infrared detectors at room temperature. Doping newlinewith various dopants alters the IR sensitivity of triglycine sulphate newlinesignificantly. Doping changes, the absorbance, transmittance properties of newlinethe material. Doping also changes the bandgap of triglycine sulphate. The newlineoptical bandwidth of triglycine sulphate is modified by doping with zinc newlinesulphate, cadmium chloride, and barium chloride L-aspartic acid, succinic newlineacid, potassium dihydrogen phosphate. newlineThis study showcases the effort to the growth, characterization, and newlineanalysis of the doping-induced optical band gap modification of triglycine newlinesulphate (TGS) crystal and to develop a single platform crystallizer analyzer newlinesystem for the growth and characterization of materials. It also presents our newlineefforts to study the variation in temperature stability of triglycine sulphate newlinedue to doping with various materials. A single platform crystallizer analyzer system that newlinecan be used for growth, imaging, and characterization of the material is newlinehelpful in material study and analysis. newline