The phrase "a given spatial location" is correct and usable in written English.
It can be used when referring to a specific place or position in space that is being discussed or analyzed.
Example: "In the context of the experiment, we need to measure the temperature at a given spatial location to ensure accurate results."
Alternatives: "a specific spatial point" or "a designated spatial area".
The technique is applicable to imaging any cyclically moving structure and operates on multiple, spatially overlapping tiled image sequences (each sequence acquired sequentially at a given spatial location) and effectively decouples the (rigid) spatial alignment and (non-rigid) temporal registration problems.
Surface quantities are embedded into the surrounding domain by assigning each value at a given spatial location to the corresponding value at the closest point on the surface.
According to Avicenna, then, all cases of rectilinear motion, that is, motion from some spatial point x to a distinct spatial point y, are cases of motion with respect to the category of place, whereas all cases of spinning or rotating, where the moving object does not depart from a given spatial location, are cases of motion with respect to the category of position.
A collection of results describing the temporal behaviour of the neurotransmitter vesicle release for a given spatial location on the basilar membrane is shown in Figures 14– 14.
In a centralized system with plural mechanisms, the timing of any given event could be independent of another: for example, timing of a visual stimulus in a given spatial location compared to one in another.
This overlap presents a considerable challenge when trying to determine the concentration and proportion of a particular dye at a given spatial location where two dyes have been mixed.
In the present work, we propose to improve this conventional approach by studying the inverse problem where the full activity function u is given at each location in a given spatial domain and the underlying spatial connectivity is derived.
Identifying targets in a stream of items at a given constant spatial location relies on selection of aspects such as color, shape, or texture.
Given this spatial location and proximity to the P−2 position of the substrate peptide, we predicted this first mutant would affect P−2 specificity.
In this paper a new copula-based approach for predicting the wave height at a given location by exploiting the spatial dependence of the wave height at nearby locations is proposed.
