Exemples d'utilisation de Crystal lattice en Anglais et leurs traductions en Français
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For ice, the crystal lattice is hexagonal.
The structure of the enamel is a crystal lattice.
Crystal lattice preserved during grinding operation.
Clay minerals having a 2:1 expanding crystal lattice.
Amorphizing the crystal lattice around the periphery of the recess;
Radiographic control of an object having a crystal lattice.
Diamonds with a pure carbon crystal lattice are supposedly completely colorless.
Crystalline solids will organize themselves in a crystal lattice.
Molecules of 1a stack in the crystal lattice via intermolecular Pt.
Debye-Waller factor- A measure of disorder in a crystal lattice.
The effect can destroy a crystal lattice completely while leaving the outward appearance unchanged.
Grey marble possesses a large orsmallgrain size of the crystal lattice.
Molecules of α-naphthol are included in the crystal lattice, both inside and in-between helices.
The 40Ar produced after a rock crystallizes is trapped in the crystal lattice.
Only 43% of the space in the crystal lattice is occupied, thus encouraging trapping and diffusion mechanisms.
Atomium, a symbol of Brussels,which represents the crystal lattice of iron.
Restructuring of the crystal lattice of the materials causing additional plastic deformation over time.
These free electrons can therefore move along the crystal lattice.
The high magnetic force is necessary because the crystal lattice of stainless steel does not actually allow magnetism.
The index m represents the number of precursors involved in a crystal lattice.
The crystal lattice of adiamond is only composed solely of carbon atoms(C), placed in athree-dimensional structure.
To obtain vacant sites in a diamond crystal lattice called‘vacancies.
It became more difficult for the impurity molecules to incorporate into the API crystal lattice.
Restructuring of the crystal lattice of the materials converting existing elastic deformation into plastic deformation over time.
The different faces correspond to different crystal lattice planes.
There are 14 basic crystal lattice arrangements of atoms in three dimensions, and these are referred to as the 14"Bravais lattices.. .
These apatites exhibit extensive isomorphic substitution in the crystal lattice.
The crystal lattice is almost entirely preserved during grinding operation, a premise for meaningful X-ray diffraction.
To achieve the necessary nitrogen atoms re-arrangement in the crystal lattice.
FIG. 1 shows the crystal lattice of the 2-amino-5-nitropyridinium chloride crystal projected in the[a, c] crystallographic plane.