Inclusion of an anionic dye in the molecular structure of potassium dihydrogen phosphate crystal for SSDL applications

Growth and impedance analysis of pure TGAc and dye doped TGAc crystals-enhanced dielectric permittivity for energy-storage devices

“…The perceived low value of dielectric loss at high frequency region for the material endorses that, the quality of crystallization is good and achieved with less defects [32]. A comparative impact was seen in the collected works when KDP is doped with RO 16 dye [10] and TGS is doped with sunset yellow [33]. The reduction in dielectric loss with expanding frequency is accountable for acceptable organic homogeneousness of the developed crystals with minor imperfections and this nature is significant for the production of constituents for photonic and electro-optic gadgets.…”

“…In single crystal lattice, the optically active chromophores can be triggered by doping them with a dye molecule. Because of its benefits over typical liquid dye lasers, the use of solid matrices that include laser dyes has proved to be a striking substitute to standard liquid dye solutions [10][11][12]. Hence, Several researchers have been studying the impact of dye presence on the crystal matrix as it has shown impending applications.…”

“…For sunset yellow doped ADP crystals, enhanced optical, mechanical, and piezoelectric properties have been reported [18]. For RO 16 doped KDP crystals, the enriched optical constants, heat resistance, and nonlinear capability have been reported [10]. So far as the current author's knowledge is concerned, no substantial reports on dyedoped TGAc crystals are available.…”

“…These compounds contain one or more azo groups (-N=N-), mostly linked to benzene or naphthalene rings. It has two sulfonate groups with negative charges in aqueous solution [10,19,20]. Keeping these in back drop, we have explored the influence of an anionic organic dye RO16 in the wide frequency range, the impedance, dielectric constant and mechanism of TGAc's conductivity.…”

Optical and Thermal Properties of Acid Red Doped Triglycine Acetate Crystal for Optoelectronic Applications

“…[1,[11][12][13][14] During our extensive research review, we discovered that colored crystals have richer specific properties than their host uncolored crystals. [15][16][17][18][19][20][21][22] According to the existing literature, no study on the growth and characterization of Acid Red 1 (AR) dye doped TGAc crystals has been reported to date. Enhanced dielectric permittivity for RO 16 dye doped TGAc crystals were reported in our previous paper.…”