Contents:
1. Basic usage
2. Simple Customization
3. Advanced Customization
4. The Standard Model
5. Dust Coagulation
6. Dust Evolution
7. Gas Evolution
Library: dustpylib
Test: Analytical Coagulation Kernels
Test: Gas Evolution
Example: Ice Lines
Example: Planetary Gaps
Example: Planetesimal Formation
Appendix A: Citation
Appendix B: List of Publications
Appendix C: Contributing/Bugs/Features
Appendix D: DustPy Discussions
Appendix E: Changelog
Module Reference
dustpy Package
dustpy.constants Package
dustpy.plot Package
dustpy.std Package
dustpy.std.dust Module
Functions
D
F_adv
F_diff
F_tot
H
MRN_distribution
S_coag
S_hyd
S_tot
SigmaFloor
Sigma_deriv
St_Epstein_StokesI
a
boundary
coagulation_parameters
dt
dt_adaptive
enforce_floor_value
eps
finalize_explicit
finalize_implicit
jacobian
kernel
p_frag
p_stick
prepare
rho_midplane
set_implicit_boundaries
vdriftmax
vrad
vrel_azimuthal_drift
vrel_brownian_motion
vrel_radial_drift
vrel_tot
vrel_turbulent_motion
vrel_vertical_settling
Classes
dustpy.std.gas Module
dustpy.std.grid Module
dustpy.std.sim Module
dustpy.std.star Module
dustpy.utils Package
dustpy
Module Reference
F_diff
View page source
F_diff
dustpy.std.dust.
F_diff
(
sim
,
Sigma
=
None
)
[source]
Function calculates the diffusive flux at the cell interfaces