Examples of 'tetragonal' in a sentence
Meaning of "tetragonal"
tetragonal (adjective) - describing a crystal shape with four sides and four angles, often found in minerals and solid structures in nature
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- Having four sides, like a tetragon.
- Having two equal axes and one unequal, and all angles 90°.
How to use "tetragonal" in a sentence
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tetragonal
Some tetragonal disphenoids will form honeycombs.
It is a white solid with a tetragonal crystal structure.
The tetragonal form is called litharge.
The compound crystallizes as tetragonal birefringent crystals.
At higher drying temperatures it is partially crystallized in a tetragonal form.
Anatase has tetragonal shaped crystal structure.
Mooihoekite crystallizes in the tetragonal crystal system.
The tetragonal aperture is very oblique and almost horizontal.
It crystallizes in the tetragonal crystal system.
It is in the form of a pure crystallographic phase corresponding to a tetragonal zirconia.
It crystallizes in the tetragonal system and it has a brassy colour.
Parakhinite crystallizes in the tetragonal system.
Tetragonal crystal system.
The molecule has the form of a tetragonal pyramid.
It crystallizes in the tetragonal system and occurs as needlelike crystals and masses.
See also
This material is predominantly tetragonal in structure.
The tetragonal and orthorhombic forms of PbO occur naturally as rare minerals.
The salt crystallizes as tetragonal crystals.
Tetragonal and monoclinic crystallite systems were observed in this ternary oxide system.
Enargite is dimorph of the tetragonal luzonite.
The percentage contents of tetragonal zirconia are expressed relative to the total crystallized zirconia.
At high temperature the structure transforms to a tetragonal form.
Its crystals are tetragonal to dipyramidal.
These compounds crystallize only in the tetragonal form.
Zirconia remains mainly in tetragonal and sometimes in cubic shape in low proportions.
They are in the form of a tetragonal phase.
Stolzite crystallizes in the tetragonal crystal system and is dimorphous with the monoclinic form raspite.
The remainder is essentially the tetragonal crystal phase.
The tetragonal form of YBCO is insulating and does not superconduct.
Tin at room temperature has a tetragonal crystal structure.
Our further studies have revealed that pseudoboehmite alumina contributes to the stabilization of tetragonal zirconia.
The alumina matrix stabilizes the tetragonal zirconia at the grain scale.
Several phenomenons at different scale have an influence on the stability of tetragonal zirconia.
The remaining phases are most likely cubic or tetragonal or amorphous or a combination thereof.
This ensures that the zirconia is transformed from the amorphous state into the tetragonal phase.
The zirconium dioxide can be present in the tetragonal or the monoclinic modification.
The two predominant polymorphs of GeO2 are hexagonal and tetragonal.
The matrix constrains the zirconia in its tetragonal form which at room temperature is metastable.
At room temperature it forms paraelectric crystals with tetragonal symmetry.
Both phases crystallise in the tetragonal crystal system and the structural differences are small.
The obliqua aperture is tetragonal.
More precisely, the tetragonal phase is predominant.
It belongs to the spinel group and forms tetragonal crystals.
In some cases, the tetragonal phase can be metastable.
These patterns were indexed on the basis of a tetragonal unit cell.
The crystals are tetragonal in appearance, though actually orthorhombic.
They crystallize in a tetragonal habit.
Most preferably, the tetragonal zirconium oxide is an alumina toughened zirconia.
It occurs as fibrous spheres and exhibits tetragonal crystal structure.
The orthorhombic and tetragonal phases are most common non-cubic variants.
