The phrase "aspect volume" is not a standard expression in written English and may not be widely understood.
It could potentially be used in specific contexts related to geometry, design, or visual representation, but clarity is essential.
Example: "The aspect volume of the object needs to be calculated to determine its visual impact in the design."
Alternatives: "dimensional volume" or "proportional volume".
The results from the three SPECT image segmentation methods were evaluated with respect to three aspects: volume error, DSC, and activity concentration error.
To evaluate the influences of the pseudoparticles on the moduli of nanocomposites, the aspect ratio, volume fraction, Poisson ratio, and shear and bulk moduli of pseudoparticles are considered in the Norris model.
If ENMs, due to their application, are covered by specific legislation where production volumes are not considered (e.g. ENMs used as biocides or pesticides), the aspect "production volume" is neglected in the presented test strategy.
Numerical results for different side-to-thickness ratio, aspect ratios, volume fraction, and simply supported boundary conditions are compared.
The effects of aspect ratio, volume fraction index on the critical loads and temperatures are also considered.
The parameters investigated are the enclosure geometry (aspect ratio, volume and roof pitch), surface absorption and fittings (density, size, surface area, vertical distribution and specific types).
The generated local mean age of air profile of these kitchens were correlated with the built parameters like opening to wall ratio (OWR), aspect ratio, volume and slenderness ratio, to determine the critical dependencies of these parameters to the freshness of indoor air quality.
In this regard, the aspect ratio, volume fraction, and modulus of pseudoparticles are different from the properties of individual layers.
Semen samples were immediately assessed for physical parameters as aspect, color, volume and pH.
To demonstrate the latter aspect (large volume of grains), a Classifynder automated palynology system (see www.classifynder.com, and Holt et al., 2011) was used to collect a large number of images of pollen grains from two individuals each of L. scoparium and K. ericoides.
