The phrase "alignment errors and" is correct and usable in written English.
It can be used when discussing issues related to alignment in various contexts, such as technology, design, or data analysis.
Example: "The report highlighted several alignment errors and suggested ways to rectify them."
Alternatives: "alignment mistakes and" or "alignment discrepancies and".
The geometrical relationships in three types of alignment errors and the resulting variations in edge thickness were mathematically analysed and experimentally confirmed.
However, this also brings concerns in coupling between two motion axes due to manufacturing and alignment errors and this issue is examined experimentally.
Here we present a separate function design that is simple to construct and fully adjustable, which allows more relaxed tolerances on alignment errors and power supply ripples.
A first-order analytical model and a quick estimation approach is introduced to predict the alignment errors and the repeatability of these parts.
That might be because the face images extracted and normalized from video sequence have great variations, large alignment errors, and even false detections.
The attitude tracking of a rigid spacecraft with actuator uncertainties, such as actuator faults, alignment errors, and saturation constraints is examined.
The five quality related statistics used were the percentage of clusters passed filtering (%PF clusters), mean quality score (PF clusters), percentage of reads aligned, mean alignment score and percentage of alignment error, and had the following population means and standard deviations, respectively, 93.39 ± 1.85, 36.34 ± 0.5, 72.24 ± 3.0, 290.6 ± 15.13 and 0.98 ± 0.15.
And the effects of the solar brightness distribution and optical errors (e.g., alignment error and tracking error) are also involved.
Due to environmental factors, mechanical vibration, alignment error and other factors, there is micro-scanning error in the designed micro-scanning thermal microscope imaging system.
Through the whole measurement process of dynamic testing, there are many aspects that will cause the rise of uncertainty, such as measurement noise, alignment error and modeling error, since the test conditions are not directly controlled.
Several potential limitations of low-coverage assemblies were examined by Margulies et al. [2], but their study focused on assembly and alignment error, and its influence on the detection power for conserved elements in mammalian genomes.
