Abstract
A metal-organic compound of potassium hydrogen oxalate-trihydroxy boron was grown by solution growth method. The solubility curve validates the positive temperature gradient of the compound. The polythermal method was used for the determination of the metastable zone width of the compound. The structure of the grown crystal was analyzed through single-crystal XRD. The occurrence of different functional groups within the sample was explained with the help of FTIR analysis. The optical analysis was carried out and the optical band gap energy of the compound was calculated. The third-order nonlinearity of the compound was analyzed with the help of the Z-scan method. The impedance analyzer was employed to analyze the value of dielectric loss and constant of the crystal.
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