Synthesis, growth, crystal structure and characterization of a new organic material: Glycine glutaric acid

Aqueous/organic interfacial coordinative crystallization for achieving highly efficient metal–glycine complex crystal growth

“…S7 shows UV-vis spectra of Cu(II)-glycine (a) and Ag(I)-glycine (b) complex crystals. We could confirm the optical transparency of glycine crystal in the entire range (200-1000 nm) without any absorption peak [1,14]. In the case of Cu(II)-glycine complex crystal in Fig.…”

“…S6. Strong asymmetric and symmetric COO À stretches of the glycine ions were observed at 1550 and 1350 cm À 1 , respectively [1,7]. The asymmetric COO À stretching peak was shifted toward lower wavenumbers compared to corresponding peak in the Cu(II)-glycine complex crystal FT-IR spectrum.…”

“…S6, and the tentative assignments are discussed below. Strong asymmetric and symmetric COOstretches of the glycine ions were observed at 1600 and 1350 cm À 1 , respectively [1,7]. The peaks at 3350 and 3200 cm À 1 originated from the NH 2 stretching motions of the glycine ions [14].…”

“…The development of new devices relies on the capacity to grow large single crystals [1][2][3]. The self-assembly of organic small molecules and metal ions into nanostructures has emerged as an attractive strategy for fabricating single crystalline structures, such as spheres, tubes, rods, fibers, and crystalline particles, with tunable physical and chemical properties via control over composition, size, and shape.…”

Synthesis and single crystal growth of l-proline cadmium chloride monohydrate and its characterization for higher order harmonic generation applications

“…[1][2][3][4] Even though many materials have nonlinear optical behavior, amino acids have the maximum possibility of showing non linear optical properties. In the present work, we report the growth and analysis of semiorganic L-proline cadmium chloride monohydrate (L-PCCM) single crystal.…”