[Body]
# Path to body definition file
definition = ./reentry2.geo
volume_points = 1000
[Flow]
# Absolute temperature, in K
t = 300
# Concentration
n = 1e20
# Molecular mass
m = 29
# Flow velocity components, in m/s
velocity = (1000, 0, 0)
# How many real particles a single simulator particle represents
fn = 5e16
[Surface]
temperature = 300
[Macroscopic]
# Macroscopic grid sizes, in m
mx = 0.1
my = 0.1
mz = 0.1
[Domain]
# Domain dimensions by x, y, z in m
w = 12
l = 12
h = 6
[Simulation]
dt = 1e-5
# For how many steps in steady regime to collect macroscopic data
steady_steps = 500
# Consider the system steady when the ratio of total particle counts
# on two consecutive steps differs from unit for less than this number
steady_epsilon = 1e-6
# Interface domains extrusion
ex = 0.04
# Start with empty simulation domain if true, fill it with particles
# distributed according to flow parameters upon start otherwise
empty_start = false