wiki:u/bliu/MHDOutflowClumps

Version 13 (modified by Baowei Liu, 4 years ago) ( diff )

10.5.2020 Setup

set up 1

Box: 20x20 mm
radius_wire = 0.2 mm
distance_between_centers = 0.9 mm
MagField_direction = 0, 0, -1

rhoWire = 8.73 g/cc

WindMaterial = 27
rhoWind = 2.86E+17 1/cc
velWind = 6e6 cm/s
BWind = 5e4 Gauss
TempWind = 12 ev or 1.39e5 K

set up 2

Box: 20x20 mm (?)
radius_wire = 0.25 mm
distance_between_centers = 7.5 mm
MagField_direction = 0, -1, 0

rhoWire = 8.73 g/cc

WindMaterial = 27
rhoWind = 2.86E+17 1/cc
velWind = 6e6 cm/s
BWind = 5e4 Gauss
TempWind = 12 ev or 1.39e5 K

set up 3

Box: 20x20 mm (?)
radius_wire = 0.25 mm
distance_between_centers = 3.0 mm
MagField_direction = 0, 0, -1

rhoWire = 8.73 g/cc

WindMaterial = 27
rhoWind = 2.86E+17 1/cc
velWind = 6e6 cm/s
BWind = 5e4 Gauss
TempWind = 12 ev or 1.39e5 K

HeFrac = .084d0                ! Ratio of Helium Nuclei to Hydrogen Nuclei
xH     = .01d0           ! Ionization fraction of Hydrogenn
xHe    = 0d0                   ! Ionization fraction of Helium (singly ionized)
xHeII  = 0d0                   ! Ionization fraction of Helium (doubly ionized)
ZFrac  = .00126d0              ! Ratio of Metal Nuclei to Hydrogen Nuclei
xZ     = .001d0                ! Ionization fraction of metals
Zmu    = 16d0                  ! Mean atomic mass of metals - (including electrons from ionized metals)
Xmu    = 0d0                   ! Mean atomic mass of everything - (including all free electrons and nuclei)
Cooling
nonCooling

9.28.2020 Documents from Danny Russell (daniel.russell13@imperial.ac.uk)

Simulations requests for AstroBEAR Figures for AstroBEAR simulations Notes on simulation suggestions for AstroBEAR

9.2.2020

Module problem.f90;global.data;physics.data;problem.data
test 1 mach10&beta10 rho;mach10&beta10 mag pressure
test 2 mach10&beta10 rho; mach10&beta10 mag pressure
test 3 mach10&beta10 rho invert B; mach10&beta10 mag pressure invert B

9.1.2020 from JC

Module problem.f90;global.data;physics.data;problem.data
Result mach3.19&beta5.68

8.24.2020

OutflowClumps
rho_outflow 0.5
rho_ambient 0.1
rho_clump 1

mach =10

beta=10

Module problem.f90;global.data;physics.data;problem.data
Result beta=10&mach=10
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