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  4. L1000_l9_comp0_frms5e3

Acknowledgement

Project acknowledgement

How to acknowledge my project : cite Brucy+2024


Galactica database acknowledgement

If you use it in your own work, you may acknowledge the origin of the data obtained on the Galactica database like so:

This work reused datasets available on the Galactica simulations database
(http://www.galactica-simulations.eu)
                            
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NoĆ© BRUCY  

L1000_l9_comp0_frms5e3

  • Summary
  • Parameters

Summary

nograv_L1000_l9_comp0_frms5e3

Simulated using Ramses 3

Parameters

Parameter Value
hydro
nrestart $0 \; $
rt
poisson
pic
sink
clumpfind
nregion $1 \; $
region_type ['square']
x_center $500 \; $
y_center $500 \; $
z_center $500 \; $
length_x $2000 \; $
length_y $2000 \; $
length_z $2000 \; $
d_region $1.5 \; $
u_region $0 \; $
p_region $605.81 \; $
exp_region $10 \; $
turb
turb_type $1 \; $
turb_seed $3 \; $
comp_frac $0 \; $
turb_t $0.321026 \; $
turb_ndt $100 \; $
turb_rms $5000 \; $
turb_min_rho $0.01 \; $
levelmin $9 \; $
levelmax $10 \; $
ngridmax $958698 \; $
nexpand $1 \; $
boxlen $1000 \; $
npartmax $280000 \; $
interpol_var $1 \; $
interpol_type $0 \; $
mass_sph $8 \; $
mass_cut_refine $0 \; $
sink_refine
delta_tout $0.0321026 \; $
tend $1.28411 \; $
pressure_fix
gamma $1.66667 \; $
courant_factor $0.8 \; $
slope_type $1 \; $
riemann hllc
smallr $1e-07 \; $
barotropic_eos
cooling
units_density $2.32474e-24 \; $
units_time $2539507900000000 \; $
units_length $3080000000000000000 \; $
gravity_type $0 \; $
epsilon $0.0001 \; $
cg_levelmin $999 \; $
cic_levelmax $12 \; $
n_clfind $1000000000000000019884624838656 \; $
nsinkmax $7000 \; $
create_sinks
n_sink $1000 \; $
accretion_scheme threshold
mass_sink_seed $1e-05 \; $

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This material is Open Data