Sunset yellow dye doped ammonium dihydrogen phosphate single crystals with enhanced optical, mechanical and piezoelectric properties

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

“…[5,8] A crystal's high transparency and amenable transmittance over the entire visible range suggests that it is suitable for optical applications. [22,31] As a result, UV-vis-NIR analyses were performed to decide the appropriateness of the synthesized crystals for optical uses. The UV-vis-NIR spectra of pure and ARdyed TGAc crystals were traced in transmittance mode (Figure 7).…”

“…[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.…”

Ferroelastic Control of the Multicolor Emission from a Triply Doped Organic Crystal

“…However, having ordered and tightly packed lattices, they are capable of anisotropic emission. They can host a range of impurities such as small molecules, where the matrix-isolation effect has been shown to enhance or modulate emission. − Piezochromic and mechanochromic materials have also proven to be valuable force-sensitive emissive materials, although their emission is determined by their inherent chemical and crystal structure. − The addition of foreign molecules into crystalline lattices can also serve as another, more general approach to intentionally modulate solid-state properties. Embedding exogenic molecules into biogenic or synthetic crystals has been established as a robust approach to eliciting new properties into crystalline materials. − Once a guest species has been included into a host matrix, it remains physically and chemically inaccessible; however, its photophysical properties can still be externally modulated.…”

“…They can host a range of impurities such as small molecules, where the matrix-isolation effect has been shown to enhance or modulate emission. 4 − 7 Piezochromic and mechanochromic materials have also proven to be valuable force-sensitive emissive materials, although their emission is determined by their inherent chemical and crystal structure. 8 − 12 The addition of foreign molecules into crystalline lattices can also serve as another, more general approach to intentionally modulate solid-state properties.…”

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

“…The improved optical, piezoelectrical, mechanical, and nonlinear optical properties of xylenol orange-doped ADP single crystal have been reported [5]. 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].…”