Synthesis, Studies of HDTDHP-μ Crystals from Arundina graminifolia Specimen for Electronic, Photonic, Optical and Electrical Use Correlated with Macro-Crystals for Sensor and Display Uses

Abstract

A 7-hydroxy-2,4-dimethoxy-9,10-dihydrophenanthrene-HDTDHP macro-crystalline sample is synthesized in a time duration of 23 days with a monoclinic form of crystal with space group as P21/n and the lattice constants are slightly higher than earlier reported macro-HDTDHP. The macro ones are well-milled to get the micro ones and a scanning electron microscopy study of the HDTDHP-μ crystal was analyzed to identify the micro level average scaling in microns. The increased value of the dielectric constant at lower range of frequencies is by the effect of all kinds of polarizations; also, the dielectric loss is measured as decrease in values with the increase in frequencies at room temperature. The electronic-micro filter use is 4.0196 microns for micro influx as the proper opto-electronic, extended NLO type employability as ascertained from transmittance spectral data. The HDTDHP micro-crystalline material is mainly used in micro-photonics, in filtering as micro-influx delineation, in NLO usefulness as opto-electronic agent by the transmittance data and in frequency enhancing and projective utilization in displays. Also, display profile of (111) mode of HDTDHP by without and with recursively assigned colors for RGBR polygonal matrix by software and sensor work sensitiveness of both scaling are measured and reported.