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Coupling of atomic states to particle in cell simulations

Marre, Brian Edward

Master Thesis discussing approaches to including atomic physics in PIC simulations for transient non-thermal plasmas and developing new approaches and algorithms for doing so.

Files (9.7 MB)
Name Size
ConfigNumberConversion.py
md5:585a16411a44e0a596c30179dadd272b
1.4 kB Download
DrawStateDistribution.py
md5:31213304c32a5a003240f70e10d05c0b
5.6 kB Download
extractAtomicStatePopulationData.py
md5:f37e74c6a1e669a383f00c17daf916e2
4.9 kB Download
flyCHK_Reader.py
md5:844415e7ca7f4eb9c7bff096a6499705
4.5 kB Download
flyspect_data_atomicStates.txt
md5:137194dca72634bcb2237de348dfa2a1
289.2 kB Download
MasterArbeit_BrianMarre.pdf
md5:750e15f729e5645e71354ecf339c9526
804.8 kB Download
openPMD_Reader.py
md5:78cbf70be1b4fb82347b075daa5e6474
2.6 kB Download
picongpu_AtomicPhysicsFullCodeVersion.zip
md5:e46852fdcdb908e616261f1992c310c6
8.6 MB Download
pp.outfile.pdf
md5:8fc16cf671492ac7442c5f65e5f83c10
5.1 kB Download
pp_data.txt
md5:0568152cb87cf6be6da5910a8aff9279
840 Bytes Download
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