The phrase "alignment motion" is correct and usable in written English.
It can be used in contexts related to mechanics, robotics, or any field where the alignment of objects or components is relevant to their movement.
Example: "The robot's alignment motion ensures that all parts are correctly positioned before the assembly process begins."
Alternatives: "alignment movement" or "alignment adjustment".
Statistical analyses were preceded by the following pre-processing steps (performed with SPM2 - Statistical Parametric Mapping): TR alignment, motion correction, co-registration, normalization, and smoothing (8 mm3 Kernel).
In 60 feet we measured the range of motion of the first metatarsophalangeal joint using the joint alignment motion scale (JAM) [ 10].
JAM = joint alignment motion scale, SHS = Sharp van der Heijde score, FHL = flexor hallucis longus The median and the range of the JAM score are provided in Table 1.
Functional images were preprocessed using sinc interpolation for slice scan time correction, trilinear sinc interpolation for alignment (motion correction) of functional volumes, and high-pass temporal filtering to 1 Hz to remove slow drifts in the data.
Post-intervention changes in axial diffusivity, radial diffusivity, mean diffusivity (MD) and fractional anisotropy, averaged over the whole-brain, were less than 2% and subject to change depending on the parameters of alignment, motion correction and skull stripping algorithms.
Data were preprocessed using the Duke BIAC resting state pipeline based on the tools from the FSL analysis package (FMRIB Software Library, http://fsl.fmrib.ox.ac.uk/fsl/fslwiki/, Version 5.98) and locally developed MATLAB code (MathWorks, Natick, MA), including slice-timing alignment, motion correction, coregistration, nonbrain voxel extraction, and normalization.
The MSI scheme focuses on modification of this altered alignment and motion to reduce spine symptoms and to redistribute movement to other joints [ 86].
They showcased an array of different run-play alignments and motions out of 22 personnel (two backs, two tight ends).
The freedom to move is primarily in the direction of molecular alignment, as sideways motion quickly results in collision with a neighbour.
Increase in the number of robots also significantly alters the degree of alignment of fish motion with a robot.
The design of such mounts typically represents a compromise between providing good vibration isolation and good machinery alignment under seaway motion.
