On the right-hand side, a sum of two three-dimensional magnitudes (a third power) was divided by a product of two one-dimensional variables (which make a square), leaving one dimension.
Thus, on the left-hand side, the two-dimensional magnitude Z plano (a square) was divided by the one-dimensional variable G, leaving one dimension.
He may mean that one can gain a rough and ready idea of space of a three-dimensional magnitude that is not itself a property of any object or grouping of objects in the way that he describes.
Based on the theoretical joint PDF of magnitude and phase, it is possible to use false alarm isolines to separate moving targets from clutter on the two-dimensional magnitude-phase plane.
In the NMF-based methods, a 257-dimensional magnitude spectrum was used for the source and noise dictionaries and a 512-dimensional STRAIGHT spectrum was used for the target dictionary.
Since musculoskeletal risk is multi-dimensional, the magnitude of risk attributable to various factors can be of importance to scientists and policy makers in designing countermeasures to reduce injury incidence.
The elements of deformable image registration matrix are three-dimensional vectors with magnitudes relating the computed displacement of voxels from the image of interest to the reference image.
First, a two-dimensional (2-D) noise map is generated using one-dimensional (1-D) WT magnitudes at time zero of the acquired waves.
Proper drying reduces the magnitude of dimensional changes due to shrinkage and swelling, protects wood from microorganisms, reduces weight and transportation costs, better prepares wood for most finishing and preservation methods, and increases its strength.
It may be noted that though the magnitude of dimensional deviation and wire offset are equal but their usage is kept different.
Dimensional and order-of magnitude analysis is often helpful in identifying important features of the flow process and may highlight possible simplifications.Even the simplest flow models may require numerical solutions.Typical flow processes relevant to reactor engineering are usually governed by strongly coupled, non-linear equations.
