Synthesis, Characterizations of HDTDHP Macro-Crystals by Experimental-Electrical, Electronic and Computational Structural Proviso for Opto-Electronic and Photonic Utilities

Abstract

The 7-hydroxy-2,4-dimethoxy-9,10-dihydrophenanthrene-HDTDHP crystal is well-grown within a period of 22 days and is a monoclinic type of system of crystals with space group P21/n. The CHNSO methodology shows the formation of the entitled compound; the HDTDHP is RISE effect type of crystals with the Vicker’s proviso. The surface morphology of HDTDHP crystal is analyzed for macro scale as 200 μm scaling respectively as per SEM study. The higher amount of the dielectric constant at lower frequencies is by the existence of all polarizations; also, the dielectric loss is getting decreased with increase in temperature. The electronic filter use is 3.9987 microns for macro-influx as opto-electronic, extensive NLO type uses; as observed from UV-Visible spectrum from the cut-off and wavelength range of HDTDHP with % transmittance. The frequency doubling and tripling of the macro sample is analyzed in continuation of the Z scan and SHG of the NLO class and confirms the proper electronic functionalities. The HDTDHP crystalline sample is mainly used as photonic-macro level tool, in filters as macro-influx portrayal, in NLO utility as opto-electronic tool by the transmittance data as well as by Z scan and in frequency enhancers and projective use in displays.