କ୍ରିଷ୍ଟାଲାଇଜେସନ୍,

crystallisation's Usage Examples:

It is used to intervene in anti-solvent precipitations (crystallisation) to.

(1749–1817) in the late 18th century, proposing that rocks formed from the crystallisation of minerals in the early Earth"s oceans.

This crystallisation can be triggered by a number of events.

Cahn developed a successful model for the nucleation of recrystallisation, which underpinned research into industrial processes involving high-temperature.

are fragments of the original rock before dynamic recrystallisation or cataclasis produced the groundmass.

Particularly in the study of crystallisation, secondary nucleation can be important.

Schematic diagrams showing the principles behind fractional crystallisation in a magma.

volatile enrichment, to provide the biotite (phlogopite) and amphibole (pargasite) mineralogy lack of fractional crystallisation (generally; there are exceptions).

Heat is required to dissolve the salt in its own water of crystallisation and it is this heat that is released when crystallisation is.

third form, which is orange, is also known; this can be formed by recrystallisation and is also metastable, eventually converting back to the red alpha.

insolvency law case, concerning the conversion of a floating charge into a fixed charge ("crystallisation").

instantaneous stretching axes or ISA), whereas the process of dynamic recrystallisation opposes this by forming new equidimensional grains free of strain.

(III) sulfate tetrahydrate is a white solid that releases its water of crystallisation at 220 °C.

Synonyms:

efflorescence, crystallizing, crystallization, bloom, chemical phenomenon,

Antonyms:

nondevelopment, ill health,