Other Open Access

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
1,016
542
views
downloads
All versions This version
Views 1,016561
Downloads 542452
Data volume 238.8 MB166.4 MB
Unique views 652424
Unique downloads 459383

Share

Cite as

Marre, Brian Edward. (2021, October 7). Coupling of atomic states to particle in cell simulations (Version 2). Rodare. http://doi.org/10.14278/rodare.1206

Loading...