The phrase "atomic shift" is correct and usable in written English.
It can be used to describe a significant or fundamental change in a system, process, or concept, often implying a transformative impact.
Example: "The introduction of quantum computing represents an atomic shift in the field of information technology."
Alternatives: "fundamental change" or "paradigm shift".
Thus, the 111 cm−1 band shift is due to the stress exerted by H2O molecules on the atomic bond corresponding to this vibrational mode of the material and to the atomic shift induced by MA vacancies.
The loop carrying Asp297 and Asp298 has moved closer into the active site (maximum atomic shift = 1.2 Å), but neither Asp297 nor Asp298 interact with the compound.
Interestingly, however, the α,β-phosphonates are shifted (maximum atomic shift = 1.4 Å) compared to the previously published XcOGT UDP complex (Martinez-Fleites et al. 2008).
While the atomic shifts were picometers (trillionths of a meter) long – "only one-hundredth of the distance between atoms," Kourkoutis said – they create fundamental change.
Using cryogenic STEM, the group observed a periodic arrangement of the atomic shifts (or stripes) in the manganite and compared them to measurements taken at room temperature.
Additional atomic shifts at the twin matrix interfaces result in "sharp" boundaries, further lowering the energy barriers.
The APB-like structure shows atomic shifts on both the (0 1 0)B19′ plane along the c-axis and the (0 0 1)B19′ plane along the b-axis; a kind of ledge-and-step structure on the b c plane, in addition to a displacement along the a-axis.
Returning to the original question of measuring atomic shifts due to the doping, we have plotted the bond length distributions of all nearest-neighbor sites that are more than 2 unit cells distance from the vacuum edge and the edge of the full micrograph, in Fig. 5d, e.
If a slab of insulating material is inserted between the charged plates, the bound electric charges comprising the internal structure of the insulation are displaced slightly, or polarized; bound negative charges (atomic electrons) shift a fraction of an atomic diameter toward the positive plate, and bound positive charges shift very slightly toward the negative.
Therefore, the atomic phase shift is extremely less sensitive than our mechanism and cannot be used for gravitational wave detection.
As shown in Fig. 10, there is an atomic position shift in both of the surface and interior of the workpiece material, contacting with the abrasive grains, where atoms of different lattice types are arranged and doped with each other.
