The phrase "alignment of particles" is correct and usable in written English.
It can be used in scientific contexts, particularly in physics or chemistry, to describe the arrangement or orientation of particles in relation to each other.
Example: "The alignment of particles in the crystal structure is crucial for determining its properties."
Alternatives: "arrangement of particles" or "orientation of particles".
This increases the penetration by the compaction rammer on the soil surface resulting in closer alignment of particles along the failure surface.
Values of n close to ±1 in Table 2, obtained by fitting literature data, do not appear to be physically reasonable because they imply series or parallel alignment of particles.
The evolution of particle orientation is strongly related to the dynamics of bubbles, and the degree of horizontal alignment of particles could be greatly reduced as the bed is well fluidized.
Moreover, even though the near-tip blood flow was altered due to the presence of a catheter, the particle distribution matched the flow split if the distance between the injection point and the first bifurcation encountered enabled the alignment of particles with blood flow.
The information about the missing wedge was used to constrain correlation during alignment of particles to the average, and appropriate Fourier component weighting was performed during generating the average at the end of each iteration.
67 tilt-pairs were subjected to the fast-freehand test as implemented by John Rubinstein (Hospital for Sick Children, Toronto, Canada) and adapted by Michael Cianfrocco (University of California Berkeley, Berkeley) to use the EMAN2 and SPARX libraries for alignment of particles to model projections (Hohn et al., 2007; Tang et al., 2007).
The STM images are consistent with the formation of one-dimensional silver nanostructures from the alignment of particle-like structures.
Two-dimensional classification and alignment of particle images were performed using IMAGIC-4D (van Heel et al., 1996).
It allows electrostatic particle injection and recovery as well as alignment of elongated particles.
Here, we demonstrate tunable ordering and alignment of microscale particles, including ∼10×50 μm glass rods and SU-8 brick and bowtie particles, via acoustic excitation, which produces columns with controlled spacing or highly-regular 'brick-and-mortar' packing.
Alignment of these particles by projection matching showed that the 'arm' density was a significant feature of these particles and did not disappear during filtering.
