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The radially averaged energy is the spectral density (energy), averaged for all grid elements for particular wavenumbers.
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For the content analysis, the repertory grid elements of each teacher's group were pooled and categorized according to the meanings they expressed.
Results show that the 1 m DEM derived from 3DEP lidar source provides a more conservative estimate of specific energy, static pressure, and impact pressure for grid elements at maximum flow relative to the legacy DEM data.
The radially averaged energy represents the spectral density (energy) averaged for all grid elements at the wavenumber.
Finally, it is worth mentioning that in the AMR algorithm, there is a critical parameter, called AMR tolerance and denoted by tolAMR, which is used by the Richardson extrapolation process for tagging coarse grid elements.
We develop a finite-element electro-optical simulation for OLED using grid structures to optimize geometry, thickness and width of grid elements.
The total number of the computational grid elements is 182,000.
For example, if the microscope pixel size is 66 × 66 nm, then an appropriate "fine grid" bin size may be 22 × 22 nm, so that nine "fine grid" elements can then be summed to correspond to the experimental pixel size.
It has the ability to divide the optical surface into rectangular or circular grid like pattern, where the user has the ability to define the birefringence parameters i.e. the direction of fast axis and the birefringence (ne no, where ne and no are the extraordinary and ordinary refractive indices, respectively) for each individual grid element [ 49].
For processes that operate at scales much smaller than the grid, such as cloud formation, scientists represent typical behavior across the grid element with deterministic formulas that they have refined over many years.
The values from each grid element that overlaps to the location shape are then used to obtain a single mean value for that location.
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CEO of Professional Science Editing for Scientists @ prosciediting.com