To simulate a uniform volcano-like QR we use below the parameterized function, which in
polar coordinates defines the variation of the thickness of the layer:
Note that the use of polyhedral star-shaped
polar coordinates yields an integral representation of the characteristic function where the range of integration is much easier to describe than if one makes use of other types of coordinates.
Because we are using
polar coordinates, the surface element dA is as follows:
Here we used
polar coordinates by Jacobian [absolute value of [omega]] d[omega].
where, [eta] represents the non-negative integer, m is the integer ([absolute value of m] [less than or equal to] n), [rho] is radius and [theta] is the angle of
polar coordinates pixels.
No results related to alcohol intake and elementary stimuli in
polar coordinates (angular frequencies) are available.