Sentence examples for a free crystal from inspiring English sources

Growth of a free crystal can be well described using the classic theory established 100 years ago, i.e. a nucleation step followed by a layer-by-layer deposition of the building units, which can be atoms, or ions, or molecules.

The ideal shear strength is the minimum stress needed to plastically deform a defect free crystal; it is of engineering interest since it sets the upper bound of the strength of a real crystal and connects to the nucleation of dislocations.

A second important point to note from this study is that the free crystal 3D-structure, the bioactive conformation and other bound conformations are likely to be present in the free solution ensemble.

The first 450 mm dislocation free crystal was grown in early 2009 and the first 450 mm semiconductor wafer was produced shortly after.

In this prospective analysis of 254 patients, OnabotulinumtoxinA significantly reduced the number of headache and migraine days, and significantly increased the number of headache free (crystal clear) days.

The data of ligand free crystal were also collected at beam line 5A of KEK with wavelength 1.0000 Å.

Although the free crystal structure of streptomycin itself has not been reported, the coordinates of the R2 C3′ oxime derivative are available.

Given the packing interactions, numerous interactions with water molecules and selenate ions present in the free crystal, it is remarkable that the crystal conformation is so very similar to one of the two main conformations naturally present in aqueous solution.

A crucible-free crystal growth method is newly designed to investigate growth mechanisms in a high-temperature solution phase.

By controlling the ratios of the gases and their flow rates, Chang-Hasnain has found, it's possible to direct the growth of these III-V materials so that it starts from a small point called a "seed". As an indium-gallium nanopillar sprouts up from the seed, it forms a defect-free crystal.

Efficient doping appears possible in various alternative ways: simultaneous incorporation of hydrogen as an interim compensating donor to be subsequently eliminated; use of a high activity dopant in the external phase (atomic N, NO) while preventing the formation of (N2)O compensating donors; planar doping for separate optimization of nitrogen incorporation and a defect-free crystal.