Optical Studies on L-Tartaric acid and L-Prolinium Tartrate

High performance of ultrasonic-assisted synthesis of two spherical polymers for enantioselective catalysis

“…3 b). Comparing FTIR spectra both of hollow 1,4-Zbtb capsule and CMNPs/1,4-Zbtb revealed the presence of the characteristic C=O stretching band of tart at 1732 cm −1 corresponding to chemisorption of tartaric acid on the surface of Fe 3 O 4 [75] in CMNPs/1,4-Zbtb. Carbon–oxygen stretching of tartaric acid carboxylate groups appeared at 1550 cm −1 and 1422 cm −1 indicate the asymmetric ν as (CO 2 ) and symmetric ν s (CO 2 ), respectively [76] .…”

Enantioselective aerobic oxidation of olefins by magnetite nanoparticles at room temperature: a chiral carboxylic acid strategy

“…The Intensity of the peaks decrease by functionalization of Fe3O4. The L-tartaric acid spectrum shows a dominant peak at 1732 cm 1 , resulting from the carbonyl stretch C=O) associated with protonated carboxyl groups, 35 which was reduced in intensity with adsorption/chemisorption of tartaric acid on Fe3O4 as the carboxyl groups deprotonated in Fe3O4/tart nanoparticles. Six characteristic peaks (2θ = 30.3°, 35.4°, 43.2°, 53.5°, 57.2° and 62.9°) corresponding to (220), (311), (400), (422), (511) and (440) planes of cubic inverse spinel Fe3O4 are obtained.…”

Growth, structural and mechanical analysis of a single crystal ofl-prolinium tartrate: a promising material for nonlinear optical applications

“…[1][2][3][4][5][6] L-Prolinium tartrate is an organic NLO compound with an SHG efficiency of 95% of potassium dihydrogen phosphate (KDP) which is treated as the standard material for NLO measurements. 7 There are many reports available on organic materials like L-tartaric acid, L-alanine, L-arginine phosphate, L-prolinium picrate etc. that show higher orders of SHG.…”