Nucleation kinetics, micro-crystallization and etching studies of l-histidine trifluoroacetate crystal

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

“…6b and c are due to the high growth rate and two dimensional nucleation mechanism which occur when the solution becomes supersaturated. 26,27 It also confirms, with regards to the structure, that the semi-tartrate ions form hydrogen bonded strings and these strings are further connected to proline ions by forming a parallel layered network. 12…”

Analysis of the Particle Formation Process of Structured Microparticles

“…Various techniques are used for the production of these microparticle drugs, and examples include spray freeze-drying, − supercritical fluid technology, − microcrystallization, − and spray drying. − Evaporation of microdroplets is the underlying idea behind many of these techniques. At present, a common technique for the manufacture of structured microparticles is spray drying.…”

“…Various techniques are used for the production of these microparticle drugs; examples include: spray freeze-drying [16][17][18][19][20] , supercritical fluid technology [21][22][23][24] , micro-crystallization [25][26][27][28] and spray drying [29][30][31][32] . Evaporation of microdroplets is the underlying idea behind many of these techniques.…”

Physicochemical, electrical and optical studies of methyl-3-(2-furylmethylidene) carbazate single crystal

“…The dielectric constant of the material is high at lower frequency, which may be due to the presence of all types of polarization mechanism that depends on frequency and is also decreasing while increasing the frequency and reaches constant value and becomes independent of the applied frequencies. 13 This can be associated with the inability of dipoles to rotate rapidly leading to a lag between frequency of oscillating dipole and that of applied field. 14 The low dielectric constant values at MHz regions are inferred from the inset graph of figure 5a.…”

“…The higher dielectric loss of the material at lower frequency indicates the presence of space-charge polarization, and the lower dielectric loss at higher frequency reveals the good homogeneity of the grown crystal. 13 The low dielectric constant and dielectric loss at higher frequency enable the compound usage as electrical insulator and its applicability in sensors like strain gauge. 17 The conductivity of the material is plotted against the frequency at two different temperatures and is shown in figure 5c.…”