Characteristics, Optical, Structural, And Dielectric Studies on Pure and Dopeed L-Prolonium Trichloroacetate Single Crystals

Abstract

A slow evaporation approach was used to make single crystals of pure and metal substituted L-Prolonium trichloro acetate (LPTCA). Diffraction of X-rays in a single crystal (XRD), Particle X-ray diffract, UV-Vis.-NIR, and other techniques were used to examine the crystals. FTIR, and other studies. Image catalytic activity, electromagnetic and toughness, testing. Inductively Coupled Plasma (ICP) analysis was used to determine the dopant content in the crystals. The generated crystals of pure and metal substituted LPTCA adhere to the trigonal system, according to single crystal X-ray diffraction measurements. Ni2+ and Co2+ doping had a minor effect on the lattice constants of LPTCA without affecting the crystal's basic structure. Vickers' micro hardness test was used to assess the mechanical behaviour of pure and doped crystals. Features of doped and undoped crystals in terms of light transmission, dielectric, and photoluminescence were investigated.