crystallite


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crys·tal·lite

 (krĭs′tə-līt′)
n.
Any of numerous minute rudimentary, crystalline bodies of unknown composition found in glassy igneous rocks.

crys′tal·lit′ic (-lĭt′ĭk) adj.

crystallite

(ˈkrɪstəˌlaɪt)
n
(Minerals) any of the minute rudimentary or imperfect crystals occurring in many glassy rocks
crystallitic adj

crys•tal•lite

(ˈkrɪs tlˌaɪt)

n.
a minute body in glassy igneous rock, showing incipient crystallization.
[1795–1805]
crys`tal•lit′ic (-ˈɪt ɪk) adj.
ThesaurusAntonymsRelated WordsSynonymsLegend:
Noun1.crystallite - any of numerous minute rudimentary crystalline bodies of unknown composition found in glassy igneous rock
crystallization, crystal - a rock formed by the solidification of a substance; has regularly repeating internal structure; external plane faces
Translations
Kristallit
References in periodicals archive ?
This system matches the application requirements of the pharmaceutical industry for crystallization studies, polymorph screening structure solution, phase identification and crystallite size determination under ambient and non-ambient conditions.
X-ray diffraction (XRD) reveals that the synthesized ZnO has hexagonal crystal structure with mean crystallite size of 29 nm.
The crystallite size of these samples was measured using the Scherer equation as shown below [19];
Ni-SDC propose to be appropriate anode material to attain high performance because better output for anode materials require large triple phase boundary (where chemical reaction take place), fine crystallite size and proper porosity [7].
The physical characteristics such as crystallite size and unit cell parameters are presented in Table 1.
Table 1: The crystallite sizes were calculated using Scherrer's relationship, d = K[lambda]/[beta] cos[theta] (where A be the wavelength of [lambda] rays = 1.
The consensus of opinion is that modern day players are not necessarily better than their predecessors, but that the introduction of crystallite balls and better cloths has seen more consistent scoring.
The material is Celanese's new Fortron ICE (Improved Crystallization Evolution) PPS, which is designed to crystallize at higher temperature than standard PPS, resulting in faster and more complete crystallization at lower temperatures and a finer, more uniform crystallite structure.
Microstructural evolution was observed using scanning electron microscopy (SEM) in a JEOL model JSM 6490-LV SEM working at 10 kV Phase changes and crystallite size were studied using X-ray diffraction (XRD) in an X'PertPro Panalytical diffractometer working with the following settings: [theta] 2[theta] varying from 10[degrees] to 90[degrees] with 0.
Evidence will be presented that crystallite aggregates with a mean diameter of 0.
Next, the influence of different crystal parameters on the diffraction pattern is discussed in more detail, including crystallite size, lattice distortion, planar faults, and chemical heterogeneity.