When Jets and Supernova Collide

Goodall, Alouani-Bibi and Blundell, 2010

Movies: SS433 Jet Simulations

Simulation: SNRJet1

This simulation has the following parameters:
  • jet = 10-4 Msolar / year [Jet Mass-loss rate]
  • n0 = 0.2 particle cm-3 [Density at the location of SS433]
  • z = 40 parsecs [The Milky Way Galaxy scale height].
  • θ0 = 0.0 degrees [ Jet is cylindrical along the x-axis ]
  • dθ/dt = 0.0 [Jet cone angle does not change with time]



If the above movie does't play within a few seconds, click one of these links to play in-browser:
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Conclusions


Noteworthy things:- Please send me an email with any comments! :)


Simulation: SNRJet2

This simulation has the following parameters:
  • jet = 10-4 Msolar / year [Jet Mass-loss rate]
  • n0 = 0.1 particle cm-3 [Density at the location of SS433]
  • z = 30 parsecs [The Milky Way Galaxy scale height].
  • θ0 = 0.0 degrees [ Jet is cylindrical along the x-axis ]
  • dθ/dt = 0.0 [Jet cone angle does not change with time]



If the above movie does't play within a few seconds, click one of these links to play in-browser:
High-resolution Downloads: (alt-click to Download) Small (res 480) Medium (res HD720) Large (res HD1080)

Conclusions


Noteworthy things:- Please send me an email with any comments! :)


Simulation: SNRJet3

This simulation has the following parameters:
  • jet = 10-4 Msolar / year [Jet Mass-loss rate]
  • n0 = 0.2 particle cm-3 [Density at the location of SS433]
  • z = 40 parsecs [The Milky Way Galaxy scale height].
  • θ0 = 20.0 degrees [ Jet is cylindrical along the x-axis ]
  • dθ/dt = 0.0 [Jet cone angle does not change with time]



If the above movie does't play within a few seconds, click one of these links to play in-browser:
High-resolution Downloads: (alt-click to Download) Small (res 480) Medium (res HD720) Large (res HD1080)

Conclusions


Noteworthy things:- Please send me an email with any comments! :)


Simulation: SNRJet4

This simulation has the following parameters:
  • jet = 10-4 Msolar / year [Jet Mass-loss rate]
  • n0 = 1 particle cm-3 [Density at the location of SS433]
  • z = 40 parsecs [The Milky Way Galaxy scale height].
  • θ0 = 0.0 degrees [ Jet is cylindrical along the x-axis ]
  • dθ/dt = 20.0/(1500-yrs)



If the above movie does't play within a few seconds, click one of these links to play in-browser:
High-resolution Downloads: (alt-click to Download) Small (res 480) Medium (res HD720) Large (res HD1080)

Conclusions


Noteworthy things:- Please send me an email with any comments! :)


Simulation: SNRJet5

This simulation has the following parameters:
  • jet = 10-4 Msolar / year [Jet Mass-loss rate]
  • n0 = 1 particle cm-3 [Density at the location of SS433]
  • z = 40 parsecs [The Milky Way Galaxy scale height].
  • θ1 = 0.0 degrees
  • θ2 = 20.0 degrees



If the above movie does't play within a few seconds, click one of these links to play in-browser:
High-resolution Downloads: (alt-click to Download) Small (res 480) Medium (res HD720) Large (res HD1080)

Conclusions


Noteworthy things:- Please send me an email with any comments! :)