To introduce realistic variability, the amplitudes of these individual waves are modulated with an envelope function. Features common in real-world data are then superimposed: a short-lived transient oscillation
The treatment of the interacting many-nucleon system requires some approximations which can be obtained in a consistent way from a Green’s function approach. The quartetting wave function approach [2, 20] considers the wave function [Math Processing Error]Ψ(r1r2r3r4) of the quartet (spin and...
For sparse data sets or faults, see the PV-WAVE: GTGRID Toolkit FAST_GRID2 – Returns a gridded, 1D array containing Y values, given random X,Y coordinates (this function works best with dense data points). FAST_GRID3 – Returns a gridded, 2D array containing Z values, given random ...
However, since in the integral above this function is multiplied by a smooth density ρ ~ ( G ) the expansion of Vlocal(G) only needs to be the same as the smooth density. The auxiliary pseudoptential v p s I ( | r − R I | ) is defined to be localized within the atomic ...
but the voxel texture is required to be at leastrgba16f. So I create three additionalr32ui-format intermediate textures to perform the atomic operations on. Alpha is just always set to 1.0, no atomic operations needed. After voxelization, in a simple compute shader, they get merged into the...
With the moving reflector, it is easier to see the response in range and Doppler space because of the lack of interfering clutter. In the next section, we look at using a windowing function to reduce the sidelobe level of the range and Doppler response. ...
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Differently to the existing works real-life structure with its own thickness. Therefore, we can model it as a non-homogeneous layer with permittivity ε(r), function of the position vector r, as shown in Fig. 1(b). From26, both amplitude A(r) and phase Ф(r) for the electric E ...
is almost diagonalizable as in (1.2) by a function that is integrable with respect to an exponential function depending by the weight function . We also aim to extend the equivalence of the almost diagonalization notions on functionshandHof exponential-like type. This will bring some further conse...
the necessary information to reconstruct the wavefront, the combination of modes excited within a MMF is a function of both the phase and the amplitude of the incoming light. Hence if the power in each mode of the fibre is known, it should be possible to infer the complex wavefront of ...