Growth and characterization of γ-glycine single crystals from cadmium chloride for optoelectronic applications

Effect of cesium chloride addition on crystal growth, structural, thermal and optical properties of γ‐glycine single crystal

“…Thus the grown crystal belongs to hexagonal system. The observed peaks were found to be good γ -Glycine in the presence of phosphoric acid 7.02 5.44 [6] γ -Glycine in the presence of potassium fluoride 7.03 5.49 [7] γ -Glycine in the presence of cadmium chloride 7.04 5.48 [19] γ -Glycine in the presence of cesium chloride 7.05 5.50 present work agreement with the data available in JCPDS file no: 006-0230 [28]. Further it is evident that the cesium chloride is not incorporated into the grown crystal but in the presence of cesium chloride γ -glycine was yielded.…”

“…Sample output KDP output Efficiency with respect to KDP References γ -Glycine in the presence of Potassium nitrate 412 mV 200 mV 2.06 [11] γ -Glycine in the presence of Cadmium chloride --1.7 [19] γ -Glycine in the presence of Silver nitrate 135 mV 95 mV 1.4 [21] γ -Glycine in the presence of Potassium fluoride 75 mV 25 mV 3 [35] γ -Glycine in the presence Lithium acetate 186 mV 55 mV 3.4 [36] γ -Glycine in the presence of Cesium chloride 42 mV 7 mV 6 Present work wavelength 1064 nm. The second harmonic generation was confirmed by green light emitted from the powder sample of γ -glycine.…”

“…Due to this dipolar nature, glycine has a high melting point [18]. The more stable γ -glycine crystals were grown from aqueous solutions in the presence of additives [19][20][21]. For the past few years, many authors were reported the growth of γ -glycine in the presence of various materials such as sodium chloride, potassium chloride, strontium chloride and calcium chloride [22][23][24][25][26].…”

Bioformulation for the Quality Seedling Production of Azadirachta Indica A. Juss. In Tropical Nursery Conditions

“…It has been already reported that the use of biofertilizers results in better growth and nutrient uptake in many tree species viz. Acacia nilotica [4], Casuarina equisetifolia [5][6][7][8], Delonix regia [9], Erythrina indica [10], Feronia elephantum [3], Jatropha curcas [11] and Moringa oleifera [12]. In this context, only few works have been carried out on Azadirachta indica [13][14][15][16][17][18], hence the present study was undertaken to find out the compatibility of different biofertilizers and their augmentation on quality seedling production in Azadirachta indica.…”

Investigations on optical, theoretical, mechanical and dielectric properties of newly synthesised optical single crystal - trisglycine epsomite

“…It has been subjected to extensive research for their efficient NLO properties. 2 The glycine molecule is found to form many compounds with metal sulfates, metal halogenides and acids. The epsomite (MgSO4:7H2O), as a source of Mg2+ ions has wide applications in medicine (acute management of cardiac arrhythmia) and agriculture (fertilizer) 3 .…”