Just as a quick example: the closest Neutron star is named RXJ1856.5-3754. If you had a specific Neutron Star that you wanted to use you can look it up by name also, the game has thousands of known stars catalogued into its database. If you go to the "Add" tool, go to the "Stars" tab then scroll down to the bottom line youll find 5 Neutron Stars in a row. The simulation does not include actual neutron stars? tht seems like a serious oversight. Neutron stars have masses between1.4 and 2.16 solar masses, with a radius an a radius near 10km. white dwarves are 0.17 to 1.33 solar masses, with a radius about equal to that of earth. Then click on it, select it's properties, got to materials, got to the magnetic field selection, type 10e+12 Gauss, and change the magnetic pole angle a bit, and you have a neutron star! no. Phoney/Alabaman Mapping eredeti hozzászólása:Select the add tool, choose a white dwarf star, like Sirius B, and add it to the simulation. You can find this and other tutorials in the Main Menu in the "Tutorials" folder.ĭont mean to nitpick, Im just trying to help. On a side note: It looks like he is just typing out the instructions from the tutorial named "creating pulsars". White Dwarf Pulsars and Neutron Stars arent the same is what I am trying to say. Taking a White Dwarf (Sirius B) and increasing its magnetic field doesnt make it a Neutron Star.
what hes describing is the process of creating a Pulsar Pulsars can be Neutron Stars OR White Dwarves and Sirius B is a White Dwarf. What Phoney actually described to you isnt how to create a Neutron Star. If you go to "Add", then go to the "stars" tab, scroll to the bottom line there are 5 Neutron Stars there as well. Just looked it up and its in the database and im sure there are many others. For example, the closest neutron star we know of is: RXJ1856.5-3754. If you want to use a specific one just look it up by name. the game has some you can use in the games database. You dont have to create a Neutron star if you dont want to. Then click on it, select it's properties, got to materials, got to the magnetic field selection, type 10e+12 Gauss, and change the magnetic pole angle a bit, and you have a neutron star! Thanks dude!
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