redback.ejecta_relations.TwoComponentBNS
- class redback.ejecta_relations.TwoComponentBNS(mass_1, mass_2, lambda_1, lambda_2, mtov, zeta)[source]
Bases:
object
- __init__(mass_1, mass_2, lambda_1, lambda_2, mtov, zeta)[source]
Relations to connect intrinsic GW parameters to extrinsic kilonova parameters from Coughlin+2019 for a two component BNS kilonova model.
- Parameters:
mass_1 – mass of primary neutron star
mass_2 – mass of secondary neutron star
lambda_1 – tidal deformability of primary neutron star
lambda_2 – tidal deformability of secondary neutron star
mtov – Tolman Oppenheimer Volkoff maximum neutron star mass
zeta – fraction of disk that gets unbound
- __call__(**kwargs)
Call self as a function.
Methods
__init__
(mass_1, mass_2, lambda_1, lambda_2, ...)Relations to connect intrinsic GW parameters to extrinsic kilonova parameters from Coughlin+2019 for a two component BNS kilonova model.
Attributes
Calculate the disk wind and dynamical ejecta masses
Calculate the disk wind and dynamical ejecta masses
Calculate ejecta velocity of the dynamical ejecta
azimuthal opening angle
Polar opening angle
- property calculate_disk_wind_mass
Calculate the disk wind and dynamical ejecta masses
- Returns:
ejecta mass in solar masses
- property calculate_dynamical_ejecta_mass
Calculate the disk wind and dynamical ejecta masses
- Returns:
ejecta mass in solar masses
- property calculate_ejecta_velocity
Calculate ejecta velocity of the dynamical ejecta
- Returns:
ejecta velocity in c
- property calculate_phej
azimuthal opening angle
- Returns:
azimuthal opening angle
- property calculate_qej
Polar opening angle
- Returns:
polar opening angle