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Homologous Parameters
The starting point of for madel of a homologous flow, a model in which the velocity at any radius is proportional to the radius
Double
cm
Greater than or equal to Central_object.radius
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Wind.type:
homologous
File: homologous.c
Maximum extent of the homologous wind.
Double
cm
Greater than Homologous.radmin
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Wind.type:
homologous
File: homologous.c
The power law exponent which defines the decline in density of a homologous flow as a function of radious.
Double
Greater than 0 for a density that declines with radius
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Wind.type:
homologous
File: homologous.c
Velocity at the base of the wind
Double
cm
Greater than 0
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Wind.type:
homologous
File: homologous.c
The mass loss rate at the base of the wind in a homlogous flow model, a flow in which the velocity is proporional to the radius. In general, mdot will decline with radius, depending on the exponent of the power law that describes the trend in density.
Double
M☉/yr
Greater than 0
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Wind.type:
homologous
File: homologous.c