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#### Commit hash : e0d09e2b57beaf5aff2e825812aa598e8e7d19ad
#### Description
Ref:- Issue #5
The existing code (run by typing `python3 main.py` ) in the terminal has serious setbacks while runni…
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Derivations can be categorized by the goal; see
With that context, are any of the proposed derivations
actually connective across domains?
See also
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Reported a bug:
```julia
using eTraj
using eTraj.Targets, eTraj.Lasers, eTraj.Units
l = Cos2Laser(peak_int=0.4PW/cm^2, wave_len=800.0nm, cyc_num=6, ellip=1.0)
t = get_atom("H")
init_cond_metho…
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Take the best bits of https://github.com/ExCALIBUR-NEPTUNE/nektar-diffusion-ambipolar for the oblique BCs and cylindrical coordinate systems and https://github.com/ExCALIBUR-NEPTUNE/nektar-driftwave f…
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Hi there, I found some papers which are listed as unpublished, but which now have a DOI. Please check the list below and mark the ones which are correct. Add the label 'food for arxivbot' when you are…
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#### Commit Hash f79ceb91ffe9b6ca96c412bee09330ee150796e0
The documentation for the function `lax_friedrichs_flux` in `wave_equation.py` is Incomplete and is in violation of the documentation guide…
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So far the efforts in ASCOT5 have been focused on re-introducing the RFOF module and compare it to the ASCOT4 results. The RFOF module induces a kick into the particle using a diffusion operator, comp…
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Hi Alan,
I hope you are doing good.
I want to perform cross correlation sensitivity kernel analysis in RTM. What is the best way to perform that?
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Hi everyone,
I want to calculate the overall energy absorbed by the particle. Is it equal to the incident energy - forward energy - backward energy (the values given in output)? I would like to cal…
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In wave.cpp you are simply assigning slopes obtained from equation 20 to Normals array.
`normalField[index] = normalize(vec3(
sign * out_slope_x[index][0],
-1,
sign * out_slope_z[inde…
lihas updated
4 years ago