Sentence examples for arbitrary axis from inspiring English sources
Nuclear magnetic resonance (NMR)/ magnetic resonance imaging (MRI) can measure diffusion constants along an arbitrary axis.
To generate a series of samples for each prototype on an arbitrary axis in shape space, we morphed the two prototypes with fine spacing.
The receive coil had the ability to accelerate along an arbitrary axis with at least a three-fold reduction factor, thereby reducing geometric distortions in whole-brain EPI.
The developed control algorithms are experimentally validated using the developed laboratory prototype showing the ability of simultaneously levitating the rotor while rotating it about a given arbitrary axis.
Total potential energy of non-symmetric thin-walled beam-columns in the general form is presented by introducing the displacement field based on semitangential rotations and deriving transformation equations between displacement and force parameters defined at the arbitrary axis and the centroid-shear center axis, respectively.
Write Ψ for the real-valued random field on Σ obtained by projecting the values of (mathbf {z}|_{varSigma}) onto an arbitrary axis in (mathbb {R}^{operatorname{dim}(G/K }), and (mathcal{N}_{varSigma}) for the random variable recording the number of zeroes of Ψ on Σ.
Based on transfer matrix method a tunable optical tamm state is revealed in a one dimensional heterogeneous photonic crystal by using anisotropic materials with arbitrary optical axis.
The strain and kinetic energies are derived by introducing displacement parameters defined at the arbitrary chosen axis considering the effects of axial-flexural-torsional coupling and restrained warping.
Individual data: fit pairs are displaced along an arbitrary y axis to allow for better visualization.
Using the occipital bone as a reference point, the temporal bone is mobilized on its arbitrary physiological axis (from the jugular surface to the petrous apex) in a motion called external rotation (to carry the superior border of the petrous portion anterolaterally towards the exterior of the skull) and, from the neutral position, in the opposite coupled motion (internal rotation).
The proposed contouring error estimation and control methods are general, and applicable to arbitrary five-axis tool paths and any kinematically admissible five-axis machine tools.
