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group8 [2014/06/05 23:06] bartl initial conditions added |
group8 [2014/06/05 23:19] bartl animation added |
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Date : 06/05/2014 | Date : 06/05/2014 | ||
- | - Finalized our input parameters (density of injected material set to approximately produce 4.5e4 Mt/AU^3 at 1AU): <code fortran> | + | - Finalized our input parameters based on [[http://dx.doi.org/10.1086/523622|Brian's paper]] (density of injected material set to approximately produce 4.5e4 Mt/AU^3 at 1AU): <code fortran> |
! ambient material | ! ambient material | ||
pamb = 3.27e4 !pressure | pamb = 3.27e4 !pressure | ||
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rshock = 2.24e4 !density of shock material | rshock = 2.24e4 !density of shock material | ||
</code> | </code> | ||
- | - Generated high-res simulations (10x4 AU, 750x250 gridpoints) for the presentation | + | - Generated high-res simulations (10x4 AU, 750x250 gridpoints) for the presentation (click on the image to show gif (33MB): |
+ | {{::2dwind1.gif?direct&200|high-res simulations}} | ||
- Did a parameter study on a reduced grid (6x2 AU, 300x100 gridpoints) to determine the dependence of the penetration radius on the densities of the SNR and solar wind. | - Did a parameter study on a reduced grid (6x2 AU, 300x100 gridpoints) to determine the dependence of the penetration radius on the densities of the SNR and solar wind. | ||
- Figured out how to create animated gifs / videos of the NetCDF files using [[https://wci.llnl.gov/codes/visit/|VisIt]] | - Figured out how to create animated gifs / videos of the NetCDF files using [[https://wci.llnl.gov/codes/visit/|VisIt]] | ||
- Created our presentation | - Created our presentation |