The phrase "alignment effect of" is correct and usable in written English.
It can be used in contexts discussing the impact or influence of alignment in various fields, such as psychology, physics, or organizational behavior.
Example: "The alignment effect of team goals on individual performance is significant in enhancing overall productivity."
Alternatives: "impact of alignment" or "influence of alignment".
Self-alignment effects of the nanoparticles, due to the structure of the surfaces, are monitored by scanning electron microscopy (SEM) and atomic force microscopy (AFM) techniques, while its influence on the Raman enhancement is studied by micro-Raman scanning and polarization-dependent SERS measurements.
The comparison of alignment effect is investigated by using both vertically aligned and randomly oriented CNTs.
This effect is believed to originate from the optical momentum alignment effect and the inhomogeneity of light intensity.
The impact of the microstructures on neurite orientation turned out to be strongly influenced by cell density, attesting that cell/surface interactions at the origin of the alignment effect, are in competition with cell/cell interactions tending to promote interconnected networks of cells.
This induces the bit-array alignment effect and degrades system performance of SOMA media.
This effect, also called spatial alignment effect, refers to a decrease of reaction times when the subject executes a motor act which is congruent with that afforded by a seen object [5].
Although there is a possibility that a phase transition occur at ∼15 K, the observation of alignment effects over a considerable temperature range suggests that this is not the case.
There was no statistically significant difference in the alignment-correcting effect of a release depending upon the sequence in which this structure was released.
There was no statistically significant difference in the alignment-correcting effect of a release dependent upon the sequence in which the structure was released.
