crystallization

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crys·tal·li·za·tion

(kris'tăl-i-zā'shŭn),
Assumption of a crystalline form when a vapor or liquid becomes solidified, or a solute precipitates from solution.

crystallization

[kris′təlīzā′shən]
Etymology: Gk, krystallos, rock crystal
the production of crystals, either by cooling a liquid or gas to a solid state or by cooling a solution until the solute precipitates as a crystalline deposit. crystalize, v.

crys·tal·li·za·tion

(kris'tăl-ī-zā'shŭn)
Assumption of a crystalline form when a vapor or liquid becomes solidified, or a solute precipitates from solution.

crys·tal·li·za·tion

(kris'tăl-ī-zā'shŭn)
Assumption of a crystalline form when a vapor or liquid becomes solidified, or a solute precipitates from solution.

crystallization,

n the production or formation of crystals, either by cooling a liquid or gas to a solid state or by cooling a solution until the solute precipitates as a crystalline deposit.
References in periodicals archive ?
This observation may indicate that the enhanced rate of nucleation in the presence of MWCNTs dominates over the hindrance during the growth stage in the overall crystallization process.
The size of spherulites in the crystallization process of iPP could be observed by optical microscope.
During the CCK-induced 2D crystallization process of PLA, amorphous precursor is transformed into stack of semicrystalline 2D spherulites with integrated amorphous phases as evident from SEM and WAXD analyses.
As it was mentioned above, the crystallization process in copolymers is predominantly governed by the length distribution of the crystallizable sequence.
For the second heating, a strong exothermal cold crystallization peak in the range between 50 and 90[degrees]C is measured that shows the crystallization process of amorphously solidified phases during heating.
Since, in nonisothermal crystallization process temperature changes constantly affecting temperature dependent rates of both nuclei formation and the spherulite growth, therefore, n and [Z.
The primary crystallization process has been shown to not provide enough time for three-dimensional crystal growth.
GT Solar's crystallization process technology and global support resources provide a path to productive and profitable sapphire manufacturing operations.
970 g/cc, often used in films, bottles, pipes, and tubes, optical, mechanical, thermal, and chemical properties are significantly affected by the crystallization process [1, 2].
GT Solar has enabled new market entrants in the PV industry to establish productive and profitable manufacturing operations with its proven crystallization process technology and global support resources.
The growth of the crystalline structure for neat PLA and its blends during the isothermal crystallization process was monitored using a polarized optical microscope (Leica, DMLP HC) equipped with an automated hot-stage (Mettler Toledo, FP82HT).
compared the shear-induced crystallization behaviors of linear iPP and LCBPP by using rheometry, in which lower values of the induction time for the onset of crystallization process were found at the low and moderate preshear conditions, and the effect was much more pronounced for LCBPP than for linear iPP [18].