The phrase "adjustment vector" is correct and usable in written English.
It can be used in contexts related to mathematics, computer science, or optimization, where it refers to a vector that represents a change or adjustment to a certain value or state.
Example: "In the optimization algorithm, the adjustment vector is calculated to minimize the error in the model."
Alternatives: "correction vector" or "modification vector".
Then the linear system is constructed between panel adjustment vector and far field pattern.
Once the panel is adjusted by three adjustors, the facet displacement in this panel can be written as [28, 29] Delta {varvec r}_{i} '{varvec S}_{ni} {varvec a}_{n}, (11 where a n —Panel adjustment vector, S ni —Transform matrix between adjustment vector and displacement of the ith facet.
The pcDNA3-empty vector was used as negative control as well as adjustment vector in dose-dependent transfection experiments in order to keep the amount of transfected DNA to a constant level.
Simultaneously, the continuity among the connected B-spline surfaces is adjusted with tangent vector adjustment methods based on the minimum energy required for improving the quality of the shaped surfaces.
The paper introduces new rules for generating feasible solutions with an adaptive step vector adjustment.
A recently developed line-of-sight (LOS) vector adjustment model is an effective geopositioning method for pushbroom images.
The current available systems not only allow distraction in linear and bidirectional direction but also angulation adjustment to achieve vector control.
To address this issue, an adaptive reference vector adjustment strategy is designed as a means of enhancing the optimization capabilities of MaOPs with irregular PFs by adjusting the distribution of reference vectors.
The conclusion can be drawn that the orbital requirements of this method can accommodate most space-borne systems, and therefore the LOS vector adjustment model is effective for SPOT and comparable pushbroom imagery.
In this paper, a distortion error is defined and formulated as a common criterion for testing orbital requirements of a pushbroom system from the perspective of the LOS vector adjustment model.
The architecture of the whole drilling system is elaborately presented, and particular emphasis is put on the key techniques to guarantee hole quality, which are hole position compensation, normal vector adjustment and countersinking depth control.
