Examples of 'crystalline phase' in a sentence
Meaning of "crystalline phase"
Crystalline phase: A term used in materials science to describe a solid material with a highly ordered atomic structure, typically seen in crystals. It refers to the specific arrangement of atoms in a solid substance
How to use "crystalline phase" in a sentence
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crystalline phase
The crystalline phase predominantly consists of alanine.
Advantages linked to the presence of a crystalline phase.
The liquid crystalline phase is produced and.
Disadvantages linked to the presence of a crystalline phase.
The crystalline phase is dispersed in the amorphous phase.
K for the solid crystalline phase.
The crystalline phase isolated is the delta phase.
A cohesive liquid crystalline phase formed.
No crystalline phase containing tungsten is observed.
They are composed of a crystalline phase and an amorphous phase.
Gas vessel packing structure having a crystalline phase.
Only one crystalline phase was obtained.
The powder is manufactured using a liquid crystalline phase.
No transformation into another crystalline phase is observed prior to melting.
No crystalline phase of the final coating is disclosed in this publication.
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At least one nanostructured liquid crystalline phase or a combination of.
This crystalline phase appears at the expense of the glass phase.
Preferably the glass ceramics crystalline phase is a luminescent material.
The lamellar phase is a particularly preferred liquid crystalline phase.
This destabilises the liquid crystalline phase of the materials.
Crystalline phase in the.
The drug particles may be in a crystalline phase or in an amorphous phase.
A crystalline phase was thereby obtained floating on top of the centrifuged liquid.
Color transition is due to a modification in crystalline phase and structure.
The lamellar liquid crystalline phase was detected by polarising light microscopy.
Such quinacridones may be unsubstituted or substituted and in any crystalline phase.
A highly preferred liquid crystalline phase is the reversed hexagonal phase.
The product is a precursor for a reversed hexagonal liquid crystalline phase.
Thin films of hexagonal crystalline phase were obtained by thermal annealing of the samples.
This polymer is characterized by a reversible change in molecular conformation of the crystalline phase.
The compound exists either as a discrete crystalline phase or as an amorphous phase.
The crystalline phase has a lower density than the amorphous phase.
They differ according to their crystalline phase and particle size distribution.
This heat treatment is aimed at partly forming the desired crystalline phase.
The strength of the crystalline phase determines the importance of cavitation in yielding.
The product obtained consisted of a mixture of a crystalline phase and an amorphous phase.
In the crystalline phase the polymer chains arrange themselves in thermodynamically favorable alignment.
Semicrystalline particles are preferred when the properties of the crystalline phase are desired.
No transformation into another crystalline phase is observed at low humidity prior to melting.
The organic materials can be small organic molecules in a crystalline phase or polymers.
The crystalline phase in this case gives lesser elasticity and greater fragility.
The vanadium component is considered to be dissolved in this crystalline phase in a solid state.
The crystalline phase of the polymer is formed by organized and tightly packed polymer chains.
The preformulation forms a liquid crystalline phase as indicated herein upon in vivo administration.
This calcination is carried out at a temperature which is high enough to obtain a crystalline phase.
The crystalline phase releases the active agent to the body site in a controlled manner.
They contain at least one type of functional crystalline phase and a residual glass.
Successful indexing indicates this crystalline material is comprised primarily of a single crystalline phase.
Glass ceramics comprise thus a certain amount of a crystalline phase in an embedded glass phase.
Peak intensity or peak broadening analysis is performed to quantify morphological parameters for a crystalline phase.
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