Sentence examples for mobility of atoms from inspiring English sources

The mobility of atoms in SiO2-MFI was increased and the framework became unstable, as the temperature was increased.

High temperature, high degree of ion bombardment can reduce the porosity of TiN films due to the enhanced effective mobility of atoms.

Unlike Case I, since all walls are at a higher temperature and liquid argon in the nano-channels is also heated up, Case II results in higher evaporation flux and increased mobility of atoms.

These changes and the formation of a specific structural state of an alloy are able to increase significantly (by orders) the diffusion mobility of atoms at temperatures below 0.5 of melting point.

At low temperatures (below 0.5 Tmelt), the excess defects in the crystal structure, generated by martensitic transformation, are able to increase the diffusion mobility of atoms in several orders of magnitude.

It is especially expedient in the high-temperature conditions when high mobility of atoms which form the lattice can lead to the formation of the big quantity of defects [1].

The exceptional mobility of Ag atoms with respect to the host atoms is a widely reported phenomenon [11, 18, 22], and the basis of many applications, and even the accelerated crystallization of phase-change memory materials [23].

The high mobility of hydrogen atoms introduces several degrees of freedom: Tautomeric states, where a hydrogen atom alters its binding partner, torsional changes where the position of the hydrogen atom is rotated around the last heavy-atom bond in a residue, and protonation states, where the number of hydrogen atoms at a functional group may change.

We found that a suitable content of oxygen in an iron nano-catalyst particle can reduce the internal thermal mobility of Fe atoms in catalyst due to the formation of strong FeO bonds.

It is the result of the increased mobility of the atoms that allows the system to explore many atomic configurations in order to efficiently find a suitable local energy minimum.

Both the contribution of dislocations and deformation-induced vacancies were considered to account for the enhanced mobility of Mg atoms.