Примеры использования Crystal lattice на Английском языке и их переводы на Русский язык
{-}
-
Official
-
Colloquial
This is achieved by using an extremely thin layer of one of the materials- so thin that the crystal lattice simply stretches to fit the other material.
resembling a bee cell or crystal lattice of graphite.
lithium ions leave a crystal lattice of mixed transition metal oxide that is capable of changing its oxidation state.
While appropriately transformed the momentum does not come into resonance interaction with the crystal lattice….
therefore have a crystal lattice, which provides transport of electrons.
Suppose we have to represent something like a crystal lattice, where the two elements are alternated in a checkerboard pattern.
Crystal lattice changes during martensitic transformation from orthorhombic to hexagonal phase in the non-stoichiometric intermetallic compound Ti 75.5 Sn 24.5 are investigated
a linear relation exists, at constant temperature, between the crystal lattice parameter of an alloy and the concentrations of the constituent elements.
hundreds of femtoseconds you can still notice some displacement of atoms in the crystal lattice, but in dozens of femtoseconds atoms can already be considered just stills,
the California Institute of Technology found that the good performance of copper-selenium thermoelectric generators due to the characteristic fluid behavior of the copper atoms in the crystal lattice of selenium.
Research interest in the crystal structure of lead(II) nitrate was partly based on the possibility of free internal rotation of the nitrate groups within the crystal lattice at elevated temperatures,
is that their crystal lattice contains one
The pulses amplitude and duration shall be that which provide for energy transferred to the substrate by accelerated ions during the pulse period higher than the total threshold energy of displacement of all the particles settled between the pulses from the crystal lattice point.
resonant and zapisyvaûŝiesâ on the crystal lattice of thin field structures-points of space samootraženiâ", a rough analogue
Crystal lattices, crystal structures, crystallography.
may depend on the orientation of the crystal lattices.
Researchers in the field have created static structures such as two- and three-dimensional crystal lattices, nanotubes, polyhedra,
Such properties of graphite are due to the special structure of its crystal lattice.
Increasing pressure on the crystal lattice decreases the volume of the system.
In the case of the nanoparticles play a role periodic irregularities"gaps" of the crystal lattice.