Content:
AdvancedModel
AdvancedModel.count()
AdvancedModel.get()
AdvancedModel.index()
AdvancedModel.a
AdvancedModel.bg_gases
AdvancedModel.cxxs_bggas
AdvancedModel.cxxs_trgts
AdvancedModel.device
AdvancedModel.drxs
AdvancedModel.eixs
AdvancedModel.lb
AdvancedModel.nq
AdvancedModel.options
AdvancedModel.q
AdvancedModel.rrxs
AdvancedModel.targets
AdvancedModel.ub
AdvancedResult
AdvancedResult.abundance_at_time()
AdvancedResult.plot()
AdvancedResult.plot_charge_states()
AdvancedResult.plot_energy_density()
AdvancedResult.plot_radial_distribution_at_time()
AdvancedResult.plot_rate()
AdvancedResult.plot_temperature()
AdvancedResult.radial_distribution_at_time()
AdvancedResult.temperature_at_time()
AdvancedResult.times_of_highest_abundance()
BackgroundGas
BackgroundGas.count()
BackgroundGas.get()
BackgroundGas.index()
BackgroundGas.ip
BackgroundGas.n0
BackgroundGas.name
BasicResult
BasicResult.abundance_at_time()
BasicResult.plot()
BasicResult.plot_charge_states()
BasicResult.times_of_highest_abundance()
Device
Device.count()
Device.get()
Device.index()
Device.b_ax
Device.current
Device.e_kin
Device.fwhm
Device.j
Device.length
Device.r_dt
Device.r_dt_bar
Device.r_e
Device.rad_fd_d
Device.rad_fd_l
Device.rad_fd_u
Device.rad_grid
Device.rad_phi_ax_barr
Device.rad_phi_uncomp
Device.rad_re_idx
Device.v_ax
Device.v_ax_sc
Device.v_ra
Element
Element.as_element()
Element.count()
Element.get()
Element.get_gas()
Element.get_ions()
Element.index()
Element.latex_isotope()
Element.a
Element.cx
Element.dr_cs
Element.dr_e_res
Element.dr_strength
Element.e_bind
Element.e_cfg
Element.ei_lotz_a
Element.ei_lotz_b
Element.ei_lotz_c
Element.ip
Element.kT
Element.n
Element.name
Element.rr_n_0_eff
Element.rr_z_eff
Element.symbol
Element.z
EnergyScanResult
EnergyScanResult.abundance_at_time()
EnergyScanResult.abundance_of_cs()
EnergyScanResult.get_result()
EnergyScanResult.plot_abundance_at_time()
EnergyScanResult.plot_abundance_of_cs()
ModelOptions
ModelOptions.count()
ModelOptions.index()
ModelOptions.COLLISIONAL_THERMALISATION
ModelOptions.CX
ModelOptions.DR
ModelOptions.EI
ModelOptions.ESCAPE_AXIAL
ModelOptions.ESCAPE_RADIAL
ModelOptions.IONISATION_HEATING
ModelOptions.OVERRIDE_FWHM
ModelOptions.RADIAL_DYNAMICS
ModelOptions.RADIAL_SOLVER_MAX_STEPS
ModelOptions.RADIAL_SOLVER_REL_DIFF
ModelOptions.RECOMPUTE_CROSS_SECTIONS
ModelOptions.RR
ModelOptions.SPITZER_HEATING
Rate
Rate.AX_CO
Rate.CHARGE_EXCHANGE
Rate.COLLISIONAL_THERMALISATION
Rate.COLLISION_RATE_SELF
Rate.COLLISION_RATE_TOTAL
Rate.CX
Rate.DIELECTRONIC_RECOMBINATION
Rate.DR
Rate.EI
Rate.ELECTRON_IONISATION
Rate.E_KIN_FWHM
Rate.E_KIN_MEAN
Rate.F_EI
Rate.IONISATION_HEAT
Rate.LOSSES_AXIAL_COLLISIONAL
Rate.LOSSES_RADIAL_COLLISIONAL
Rate.OVERLAP_FACTORS_EBEAM
Rate.RADIATIVE_RECOMBINATION
Rate.RA_CO
Rate.RR
Rate.SPITZER_HEATING
Rate.TRAPPING_PARAMETER_AXIAL
Rate.TRAPPING_PARAMETER_RADIAL
Rate.TRAP_DEPTH_AXIAL
Rate.TRAP_DEPTH_RADIAL
Rate.T_AX_CO
Rate.T_COLLISIONAL_THERMALISATION
Rate.T_CT
Rate.T_LOSSES_AXIAL_COLLISIONAL
Rate.T_LOSSES_RADIAL_COLLISIONAL
Rate.T_RA_CO
Rate.T_SH
Rate.T_SPITZER_HEATING
Rate.V_AX
Rate.V_RA
Rate.W_AX
Rate.W_RA
Target
advanced_simulation()
basic_simulation()
drxs_energyscan
drxs_mat
drxs_vec
eixs_energyscan
eixs_mat
eixs_vec
energy_scan()
get_element()
plot_combined_xs()
plot_drxs()
plot_eixs()
plot_rrxs()
rrxs_energyscan
rrxs_mat
rrxs_vec
boltzmann_radial_potential_linear_density
boltzmann_radial_potential_linear_density_ebeam
boltzmann_radial_potential_onaxis_density
fd_system_nonuniform_grid
fd_system_uniform_grid
heat_capacity
radial_potential_nonuniform_grid
radial_potential_uniform_grid
tridiagonal_matrix_algorithm
ElectronBeam
element_identify()
element_name()
element_symbol()
element_z()
ALPHA
COMPT_E_RED
C_L
EPS_0
HBAR
K_B
MINIMAL_KBT
MINIMAL_N_1D
MINIMAL_N_3D
M_E
M_E_EV
M_P
PI
Q_E
RY_EV
clog_ei
clog_ii
collisional_escape_rate
collisional_thermalisation
coulomb_xs
electron_velocity
ion_coll_rate
spitzer_heating
trapping_strength_axial
trapping_strength_radial
decorate_axes()
plot_energy_scan()
plot_energy_time_scan()
plot_generic_evolution()
plot_radial_distribution()
COLORMAP
load_dr_data()
patch_namedtuple_docstrings()
validate_namedtuple_field_types()
cxxs
lookup_lotz_factors()
precompute_rr_quantities
This section contains small examples showcasing some features of ebisim.