The phrase "atomic movement" is correct and usable in written English.
It can be used in scientific contexts, particularly in physics or chemistry, to describe the movement of atoms or particles at a microscopic level.
Example: "The study focused on the atomic movement within the crystal lattice structure during the heating process."
Alternatives: "atomic motion" or "atomic displacement".
The effect of atomic movement is considered.
BD defects are treated as thermally inherent and are based on the notion of restricted, rather than free, atomic movement.
Mean square displacement (MSD), vibrational density of state (VDOS) and atomic movement in designed YSZ and other samples were also investigated.
An example application is discussed, showing how the atomic strain clarifies the relative local atomic movement for a polymeric glass treated at the atomic level.
A mechanical model of atomic movement and agglomeration, ultimately based on experience, would allow one to discover probabilistic empirical laws, to make predictions, and to explain relationships between different kinds of phenomena.
Annealing at high temperatures both in a vacuum and in air leads to atomic movement that results in the annihilation of nano-holes inside hollow nanoparticles, and a consequent reduction in the extra inner-surface energy.
Figure 1 contains schematic representations of atomic movements in a liquid and a solid.
Substrate to product conversion results in small atomic movements, which lead to a planar conformation of the reaction product allowing double-bond conjugation.
We focus on the electronic coordinates, targeting reaction conditions where the electrons are the main energy carriers to trigger the steps; nonetheless they are inter-related with the atomic movements.
Analysis of MD simulation indicates that intense and narrow vibrational modes with atomic movements perpendicular (transverse) and parallel (longitudinal) to the long DNA axis coexist in dsDNA, with much higher contribution from longitudinal vibrations.
Time evolved structural properties of these salt-bridges like persistence, associated secondary structural 'order-disorder' transitions, correlated atomic movements, contribution in the overall electrostatic balance of the proteins have been studied in necessary detail.
