Monte Carlo simulation of electron transport in low temperature plasmas
v0.2.0
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pyMETHES
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Monte Carlo simulation of electron transport in low temperature plasmas
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__init__() (pyMETHES.config.Config method)
(pyMETHES.cross_section.InterpolatedCrossSection method)
(pyMETHES.cross_section.InterpolatedCrossSectionSet method)
(pyMETHES.electrons.Electrons method)
(pyMETHES.gas_mixture.GasMixture method)
(pyMETHES.monte_carlo.MonteCarlo method)
(pyMETHES.output.Output method)
(pyMETHES.rate_coefficients.CountedRates method)
(pyMETHES.simulation.Simulation method)
(pyMETHES.temporal_evolution.TimeSeries method)
_gas_number_density (pyMETHES.config.Config attribute)
_pressure (pyMETHES.config.Config attribute)
_temperature (pyMETHES.config.Config attribute)
A
accelerate() (pyMETHES.electrons.Electrons method)
acceleration (pyMETHES.electrons.Electrons attribute)
acceleration_from_electric_field() (in module pyMETHES.utils)
acceleration_norm() (pyMETHES.electrons.Electrons property)
advance_one_step() (pyMETHES.simulation.Simulation method)
append_data() (pyMETHES.temporal_evolution.TimeSeries method)
apply_config() (pyMETHES.simulation.Simulation method)
apply_scatter() (pyMETHES.electrons.Electrons method)
attachment (pyMETHES.rate_coefficients.RateCoefficients attribute)
B
base_name (pyMETHES.config.Config attribute)
bulk (pyMETHES.output.Output attribute)
BulkData (class in pyMETHES.transport_data)
C
calculate_bin_centers() (pyMETHES.energy_distribution.EnergyDistribution method)
calculate_convolution() (pyMETHES.rate_coefficients.ConvolutedRates static method)
calculate_data() (pyMETHES.rate_coefficients.ConvolutedRates method)
(pyMETHES.rate_coefficients.CountedRates method)
(pyMETHES.transport_data.BulkData method)
(pyMETHES.transport_data.FluxData method)
calculate_distribution() (pyMETHES.energy_distribution.InstantaneousEnergyDistribution method)
(pyMETHES.energy_distribution.TimeAveragedEnergyDistribution method)
calculate_final_output() (pyMETHES.simulation.Simulation method)
calculate_max_coll_freq() (pyMETHES.monte_carlo.MonteCarlo method)
check_sst() (pyMETHES.output.Output method)
collect_histogram() (pyMETHES.energy_distribution.TimeAveragedEnergyDistribution method)
collect_output_data() (pyMETHES.simulation.Simulation method)
collision_by_electron (pyMETHES.monte_carlo.MonteCarlo attribute)
Config (class in pyMETHES.config)
config (pyMETHES.monte_carlo.MonteCarlo attribute)
(pyMETHES.output.Output attribute)
(pyMETHES.simulation.Simulation attribute)
conserve (pyMETHES.config.Config attribute)
(pyMETHES.rate_coefficients.CountedRates attribute)
ConvolutedRates (class in pyMETHES.rate_coefficients)
CountedRates (class in pyMETHES.rate_coefficients)
cross_sections (pyMETHES.cross_section.InterpolatedCrossSectionSet attribute)
(pyMETHES.gas_mixture.GasMixture attribute)
cumulative_energy_histogram (pyMETHES.energy_distribution.TimeAveragedEnergyDistribution attribute)
D
data (pyMETHES.cross_section.InterpolatedCrossSection attribute)
database (pyMETHES.cross_section.InterpolatedCrossSection attribute)
(pyMETHES.cross_section.InterpolatedCrossSectionSet attribute)
determine_collisions() (pyMETHES.monte_carlo.MonteCarlo method)
determine_timestep() (pyMETHES.monte_carlo.MonteCarlo method)
DN (pyMETHES.transport_data.BulkData attribute)
(pyMETHES.transport_data.FluxData attribute)
(pyMETHES.transport_data.TransportData attribute)
DN_err (pyMETHES.transport_data.BulkData attribute)
(pyMETHES.transport_data.FluxData attribute)
(pyMETHES.transport_data.TransportData attribute)
DN_tol (pyMETHES.config.Config attribute)
E
eedf (pyMETHES.energy_distribution.EnergyDistribution attribute)
eepf (pyMETHES.energy_distribution.EnergyDistribution attribute)
effective (pyMETHES.rate_coefficients.RateCoefficients attribute)
effective_to_elastic() (pyMETHES.cross_section.InterpolatedCrossSectionSet method)
electric_field (pyMETHES.simulation.Simulation attribute)
Electrons (class in pyMETHES.electrons)
electrons (pyMETHES.simulation.Simulation attribute)
EN (pyMETHES.config.Config attribute)
end_condition_type (pyMETHES.config.Config attribute)
end_simulation() (pyMETHES.simulation.Simulation method)
energy() (pyMETHES.electrons.Electrons property)
energy_bin_centers (pyMETHES.energy_distribution.EnergyDistribution attribute)
energy_bins (pyMETHES.energy_distribution.EnergyDistribution attribute)
energy_distribution (pyMETHES.output.Output attribute)
energy_distribution() (pyMETHES.electrons.Electrons property)
energy_from_velocity() (in module pyMETHES.utils)
energy_sharing_factor (pyMETHES.config.Config attribute)
energy_vector (pyMETHES.gas_mixture.GasMixture attribute)
EnergyDistribution (class in pyMETHES.energy_distribution)
F
flux (pyMETHES.output.Output attribute)
FluxData (class in pyMETHES.transport_data)
fractions (pyMETHES.config.Config attribute)
free_flight() (pyMETHES.electrons.Electrons method)
G
gas_mixture (pyMETHES.simulation.Simulation attribute)
gas_number_density (pyMETHES.rate_coefficients.CountedRates attribute)
gas_number_density() (pyMETHES.config.Config property)
gases (pyMETHES.config.Config attribute)
GasMixture (class in pyMETHES.gas_mixture)
generate_bins() (pyMETHES.energy_distribution.TimeAveragedEnergyDistribution method)
I
ind_equ (pyMETHES.temporal_evolution.TimeSeries attribute)
info (pyMETHES.cross_section.InterpolatedCrossSection attribute)
initial_direction (pyMETHES.config.Config attribute)
initial_energy (pyMETHES.config.Config attribute)
initial_energy_distribution (pyMETHES.config.Config attribute)
initial_pos_electrons (pyMETHES.config.Config attribute)
initial_std_electrons (pyMETHES.config.Config attribute)
initial_temperature (pyMETHES.config.Config attribute)
InstantaneousEnergyDistribution (class in pyMETHES.energy_distribution)
InterpolatedCrossSection (class in pyMETHES.cross_section)
InterpolatedCrossSectionSet (class in pyMETHES.cross_section)
interpolation (pyMETHES.cross_section.InterpolatedCrossSection attribute)
ionization (pyMETHES.rate_coefficients.RateCoefficients attribute)
is_attachment (pyMETHES.gas_mixture.GasMixture attribute)
is_done (pyMETHES.config.Config attribute)
is_ionization (pyMETHES.gas_mixture.GasMixture attribute)
isotropic_scattering (pyMETHES.config.Config attribute)
M
mass_ratio (pyMETHES.cross_section.InterpolatedCrossSection attribute)
mass_ratios (pyMETHES.gas_mixture.GasMixture attribute)
max_acceleration_norm() (pyMETHES.electrons.Electrons property)
max_coll_freq (pyMETHES.monte_carlo.MonteCarlo attribute)
max_coll_period (pyMETHES.monte_carlo.MonteCarlo attribute)
max_coll_period_squared (pyMETHES.monte_carlo.MonteCarlo attribute)
max_cross_section_energy (pyMETHES.config.Config attribute)
max_energy() (pyMETHES.electrons.Electrons property)
max_velocity_norm() (pyMETHES.electrons.Electrons property)
maxwell_boltzmann_eedf() (in module pyMETHES.utils)
maxwell_boltzmann_random() (in module pyMETHES.utils)
mc (pyMETHES.simulation.Simulation attribute)
mean_energy (pyMETHES.temporal_evolution.TimeSeries attribute)
mean_energy() (pyMETHES.electrons.Electrons property)
mean_position (pyMETHES.temporal_evolution.TimeSeries attribute)
mean_position() (pyMETHES.electrons.Electrons property)
mean_velocity (pyMETHES.temporal_evolution.TimeSeries attribute)
mean_velocity() (pyMETHES.electrons.Electrons property)
mean_velocity_moment (pyMETHES.temporal_evolution.TimeSeries attribute)
mean_velocity_moment() (pyMETHES.electrons.Electrons property)
module
pyMETHES
pyMETHES.config
pyMETHES.cross_section
pyMETHES.electrons
pyMETHES.energy_distribution
pyMETHES.gas_mixture
pyMETHES.monte_carlo
pyMETHES.output
pyMETHES.rate_coefficients
pyMETHES.simulation
pyMETHES.temporal_evolution
pyMETHES.transport_data
pyMETHES.utils
MonteCarlo (class in pyMETHES.monte_carlo)
N
num_anions (pyMETHES.temporal_evolution.TimeSeries attribute)
num_cations (pyMETHES.temporal_evolution.TimeSeries attribute)
num_col_max (pyMETHES.config.Config attribute)
num_collisions (pyMETHES.temporal_evolution.TimeSeries attribute)
num_e() (pyMETHES.electrons.Electrons property)
num_e_initial (pyMETHES.config.Config attribute)
num_e_max (pyMETHES.config.Config attribute)
num_electrons (pyMETHES.temporal_evolution.TimeSeries attribute)
num_energy_bins (pyMETHES.config.Config attribute)
number_of_cross_sections() (pyMETHES.gas_mixture.GasMixture property)
O
Output (class in pyMETHES.output)
output (pyMETHES.simulation.Simulation attribute)
output_directory (pyMETHES.config.Config attribute)
P
paths_to_cross_section_files (pyMETHES.config.Config attribute)
perform_collisions() (pyMETHES.monte_carlo.MonteCarlo method)
plot() (pyMETHES.cross_section.InterpolatedCrossSectionSet method)
plot_all() (pyMETHES.electrons.Electrons method)
plot_energy() (pyMETHES.electrons.Electrons method)
plot_energy_distribution() (pyMETHES.output.Output method)
plot_position() (pyMETHES.electrons.Electrons method)
plot_sst_line() (pyMETHES.output.Output static method)
plot_temporal_evolution() (pyMETHES.output.Output method)
plot_velocity() (pyMETHES.electrons.Electrons method)
position (pyMETHES.electrons.Electrons attribute)
pressure() (pyMETHES.config.Config property)
print_step_info() (pyMETHES.simulation.Simulation method)
pyMETHES
module
pyMETHES.config
module
pyMETHES.cross_section
module
pyMETHES.electrons
module
pyMETHES.energy_distribution
module
pyMETHES.gas_mixture
module
pyMETHES.monte_carlo
module
pyMETHES.output
module
pyMETHES.rate_coefficients
module
pyMETHES.simulation
module
pyMETHES.temporal_evolution
module
pyMETHES.transport_data
module
pyMETHES.utils
module
R
RateCoefficients (class in pyMETHES.rate_coefficients)
rates_conv (pyMETHES.output.Output attribute)
rates_count (pyMETHES.output.Output attribute)
reset_cache() (pyMETHES.electrons.Electrons method)
run() (pyMETHES.simulation.Simulation method)
run_series() (pyMETHES.simulation.Simulation method)
S
save() (pyMETHES.simulation.Simulation method)
save_energy_distribution (pyMETHES.config.Config attribute)
save_energy_distribution() (pyMETHES.output.Output method)
save_json() (pyMETHES.config.Config method)
save_json5() (pyMETHES.config.Config method)
save_pickle() (pyMETHES.simulation.Simulation method)
save_simulation_pickle (pyMETHES.config.Config attribute)
save_swarm_parameters (pyMETHES.config.Config attribute)
save_swarm_parameters() (pyMETHES.output.Output method)
save_temporal_evolution (pyMETHES.config.Config attribute)
save_temporal_evolution() (pyMETHES.output.Output method)
scattering_angles() (pyMETHES.monte_carlo.MonteCarlo static method)
seed (pyMETHES.config.Config attribute)
Simulation (class in pyMETHES.simulation)
species (pyMETHES.cross_section.InterpolatedCrossSection attribute)
(pyMETHES.cross_section.InterpolatedCrossSectionSet attribute)
std_energy() (pyMETHES.electrons.Electrons property)
T
temperature() (pyMETHES.config.Config property)
threshold (pyMETHES.cross_section.InterpolatedCrossSection attribute)
thresholds (pyMETHES.gas_mixture.GasMixture attribute)
time (pyMETHES.temporal_evolution.TimeSeries attribute)
time_passed (pyMETHES.simulation.Simulation attribute)
time_series (pyMETHES.output.Output attribute)
TimeAveragedEnergyDistribution (class in pyMETHES.energy_distribution)
timeout (pyMETHES.config.Config attribute)
TimeSeries (class in pyMETHES.temporal_evolution)
to_dataframe() (pyMETHES.temporal_evolution.TimeSeries method)
to_dict() (pyMETHES.config.Config method)
total_cross_section (pyMETHES.gas_mixture.GasMixture attribute)
TransportData (class in pyMETHES.transport_data)
trial_coll_freq (pyMETHES.monte_carlo.MonteCarlo attribute)
type (pyMETHES.cross_section.InterpolatedCrossSection attribute)
types (pyMETHES.gas_mixture.GasMixture attribute)
U
unit_scattered_velocity() (pyMETHES.monte_carlo.MonteCarlo static method)
V
var_position (pyMETHES.temporal_evolution.TimeSeries attribute)
var_position() (pyMETHES.electrons.Electrons property)
velocity (pyMETHES.electrons.Electrons attribute)
velocity_from_energy() (in module pyMETHES.utils)
velocity_norm() (pyMETHES.electrons.Electrons property)
version (pyMETHES.monte_carlo.MonteCarlo attribute)
(pyMETHES.output.Output attribute)
(pyMETHES.simulation.Simulation attribute)
W
w (pyMETHES.transport_data.BulkData attribute)
(pyMETHES.transport_data.FluxData attribute)
(pyMETHES.transport_data.TransportData attribute)
w_err (pyMETHES.transport_data.BulkData attribute)
(pyMETHES.transport_data.FluxData attribute)
(pyMETHES.transport_data.TransportData attribute)
w_tol (pyMETHES.config.Config attribute)
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