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**sim 2: Using GRASP**
1. _Geometrical model of the instrument_
- compare different spherical cuts
2. _Distort the beam by using feed displacement_
3. _change the size of the reflector to di…
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**Sim 1: Using OSKAR**
1. _Geometrical model of Kutunse dish_
- Consider the dish as a collection of dipoles;
- Assume the radial distribution of the dipoles to be a Super-Gaussian; (Note: This…
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On [the MicroED biotin tutorial dataset](https://dials.github.io/documentation/tutorials/3DED/Biotin.html), I was playing with various refinement strategies (`DIALS 3.dev.614-gab2c5050e`). I noticed t…
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User data has a split crystal, indexed with two lattices diffracting about equally strongly, and ice rings. Attempting to run `dials.model_background` appears to start well, but then fails on an asser…
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Here is a list of possible ideas:
# Lid Driven Cavity with flexible bottom
One possible approach for modelling this would be a simple Bernoulli Beam for the bottom (inhouse python?) + Lid Driven…
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I am modelling a Laue monochromator which deflects the beam to the left (–X in laboratory coordinates). The Si (111) crystal is asymmetric cut 14° away from the symmetric case and the incident beam is…
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Dear Gkeyll developers,
I am a researcher in plasma wakefield acceleration, one of the developers of the particle-in-cell (PIC) code WarpX https://ecp-warpx.github.io, and we are looking for an ope…
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csv files may be left over from code v1 and is not compatible or read in correctly. Cannot be certain the correct linear/circular polarised fractions are output using the csv file. Use the .dat files…
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Theory currently used to calculate fluid_solid transmission coefficients produces large magnitudes beyond critical angles. It is possible that these are meaningful, as they relate to head waves. Howev…