The phrase "acceleration dimension" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or any field discussing measurements of acceleration.
Example: "In our study, we will analyze the acceleration dimension to understand the forces acting on the object."
Alternatives: "acceleration metric" or "acceleration parameter".
The aim of the study was to determine the significance of several factors of the test - blood flow inertia (acceleration), dimensions (length and radius) of ICA, patency of the Circle of Willis (WC), and asynchrony between release of ICA compression and arterial pressure pulsations (phase shift).
The effects of acceleration (inertia), dimensions of ICA and patency of WC are negligible.
Every unit provides 3D (3-dimension) acceleration, 3D angular velocity, 3D magnetic field orientation, and 4D quaternions.
This paper presents the design and performance evaluation of a set of globally asymptotically stable time-varying kinematic filters with application to the estimation of linear motion quantities of mobile platforms (position, linear velocity, and acceleration) in three dimensions.
This is because the multi-feature fusion location algorithm using multi-feature extraction acceleration and different dimensions of feature fusion estimation moving trajectory of the target object not only reduces the processing time but also the computational complexity and the positioning method, so that the positioning acceleration effect is very obvious.
The angle of the head in the supine position and the rotational velocity around three-dimensional axes of WAA-006 sensors (ATR-Promotions) were also recorded with a sensor of linear acceleration in three dimensions.
With aid of acceleration techniques, most importantly Dimension Reduction, Chemistry Agglomeration and In-situ Tabulation (ISAT), a solution within reasonable time was obtained.
The dynamic MRI introduces temporal information into the acquisition, so it provides an additional dimension for acceleration.
A multiband 2 mm isotropic echo-planar imaging (EPI) acquisition (TR/TE = 1300/40 ms, FOV = 212 × 212 mm, bandwidth = 1814 Hz/Px, multi-band acceleration factor 6, voxel dimension = 2 mm isotropic, whole brain, acquisition time = 6 42 min for a total of 300 vol) (Feinberg et al., 2010; Moeller et al., 2010) was performed before and immediately after tDCS.
The full calculation requires looking at that acceleration in all three dimensions – up and down, north and south, and east and west.
