Growth and characterization of l-argininium dinitrate

Growth and characterization of nonlinear optical single crystals of l-arginine diiodate

“…The thermal analysis of LADI shows that it is thermally more stable (145 1C) than the other members of the same family, such as LAP (111 1C), LASP (110 1C), LAHClBr (92 1C), LAHCl (70 1C), LAHBr (110 1C), LADN (130 1C) and LAPCl (130 1C) [13][14][15][16]19,24]. However, its thermal stability is less when compared with LADP (173.9 1C), LAAC (200 1C), LAF (200 1C) and LAHF (250 1C) [12,17,20,21].…”

“…This has led to the study of a series of L-arginine analogs, which exhibited interesting physical and NLO characteristics [11][12][13][14][15][16]. In the earlier attempts, our research group has reported on the growth and characterization of LADP, LADN, LAF and LAHFthe analogs of LAP [17][18][19][20][21].…”

Growth, morphological, mechanical and dielectric studies of semi organic NLO single crystal: l-argininium perchlorate

“…The excellent nonlinear properties of LAP analogs make them potential candidates to replace KDP for frequency conversion of infrared lasers. In the earlier attempts, our research group has reported on the growth and characterization of LADP, LADN, LADI, LAF and LAHF-the analogs of LAP [5][6][7][8][9].…”

Growth and characterization of pure and doped nonlinear optical l‐arginine acetate single crystals

“…[4]. Following this, series of amino acid crystals such as Larginine acetate (LAA) [5], L-arginine hydrobromide (LAHBr) [6], L-arginine hydrochloride (LAHCl) [7], Larginine diphosphate (LADP) [8], L-arginine hydrofluoride (LAHF) [9], L-arginine dinitrate (LADN) [10], Lhistidine hydrofluoride dehydrate (LHHF) [11] and L-histidine tetrafluroborate (L-HFB) [12] have been reported. These crystals are reported to have promising NLO properties comparable to that of the well-known inorganic crystal of KDP.…”