Growth, spectral, NLO, hardness, Hirshfeld and antibacterial activity studies of melaminium cyanoacetate monohydrate crystals

Investigation on the growth aspects and properties of rubidium hydrogen succinate hydrate single crystal for NLO applications

“…The succinate anion plays a crucial function in intermolecular hydrogen bonding with the rubidium residue and forms stable O-H-O and C-H-O hydrogen bonds. 11,12 Two varieties of intermolecular hydrogenbonding patterns have been observed in the crystal packing diagram. The packing diagrams in Fig.…”

Experimental and theoretical exploration of the new stilbazolium-family single crystal grown by the integration of a novel anion for optical limiting and optoelectronic applications

“…The energy associated with the electronic transitions absorbance behaviour with respect to the wavelength and transparent regime can be obtained from this analysis. 33 Other optical constants, such as the extinction coefficient, electrical and optical conductivity and the Urbach energy were determined to obtain insight into the optical characteristics of the DMMA crystal. The variation in the transmittance of the DMMA material with respect to wavelength is shown in Fig.…”

Physicochemical and Nonlinear Optical Properties of a Stilbazolium Family Single Crystal with Third Order Nonlinear Optical Activity

“…In pursuit of understanding it, UV (200–400 nm), Visible (400–700 nm) and Near InfraRed (700–1000 nm) spectroscopy are performed for 2 mm thick DSNA crystal in the wavelength range 200–1000 nm. Information about optical properties like cut‐off wavelength, absorbance behaviour, bandgap energy, lattice arrangements and level of defects were explored through this investigation [29] . In addition to this, other crucial optical parameters like extinction coefficient (K), Urbach energy (E u ), optical and electrical conductivity were also evaluated to comprehend the proper usage of the DSNA crystal in various domains of optics and optoelectronics [30] …”

“…Information about optical properties like cut-off wavelength, absorbance behaviour, bandgap energy, lattice arrangements and level of defects were explored through this investigation. [29] In addition to this, other crucial optical parameters like extinction coefficient (K), Urbach energy (E u ), optical and electrical conductivity were also evaluated to comprehend the proper usage of the DSNA crystal in various domains of optics and optoelectronics. [30] The plotted absorbance spectrum of DSNA crystal is portrayed in Figure 4(a).…”