lattice constant

In case the value will be used, which is the lattice constant.

Where a is the lattice constant of the unit cell.

Furthermore, in real applications, typically the average lattice constant is given.

The current efficiency record is made with this process but doesn't have exact matching lattice constants.

Therefore, as a lattice structure it has a lattice constant.

Above this concentration the second phase appears with a lattice constant of 4.025 Å.

Another way to use materials of different lattice constants is to place a buffer layer between them.

In addition, one should alloy with elements of different equilibrium lattice constants.

In addition, the spacing between, referred to as the lattice constant, is also smaller than the applied radiation.

Here and are the film and substrate lattice constants, respectively.

In epitaxial growth, the lattice constant is a measure of the structural compatibility between different materials.

The lattice constants of silicon nitride and silicon are different.

A group of lattice constants could be referred to as lattice parameters.

Together with an accurately aligned micropositioner a map of the lattice constant through the metal can be derived.

Ideally, the two different materials used for a heterojunction would have the same lattice constant (spacing between the atoms).

Its lattice constant is roughly 6.3Å.

It has a NaCl crystal structure, with a lattice constant of 685 picometres.

Near the crystals surface, lattice constant is affected by the surface reconstruction that results in a deviation from its mean value.

As lattice constants have the dimension of length, their SI unit is the meter.

Lattice constants can be determined using techniques such as X-ray diffraction or with an atomic force microscope.

An alternative method is to grade the lattice constant from one value to another by a controlled altering of the alloy ratio during film growth.

From these results, an empirical relationship was established between the a-axis lattice constant and T in iron-based superconductors.

The use of Ge is mainly due to its lattice constant, robustness, low cost, abundance, and ease of production.

Once the etchable material is removed, however, the larger lattice constant of the bottom layer causes both layers to curl into a tube.

In particular, the lattice constants of the analogous lanthanum and actinium compounds differ by only a few percent.