Rotating neutron star models with a toroidal magnetic field - SFB/TR7
Rotating neutron star models with a toroidal magnetic field - SFB/TR7
Rotating neutron star models with a toroidal magnetic field - SFB/TR7
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Results for realistic equations of state<br />
16<br />
3×10 −6<br />
2×10 −6<br />
• BalbN1H1<br />
• GlendNH3<br />
• Pol2C10<br />
2×10 −7 3×10 −7<br />
c B Pol2F10 •<br />
1×10 −6<br />
• SLy4<br />
Pol2 •<br />
AkmalPR<br />
BBB2 •<br />
• FPS<br />
• BPAL12<br />
0<br />
0 1×10 −7 4×10 −7<br />
Distortion coefficients for realistic<br />
equations of state for<br />
<strong>models</strong> <strong>with</strong> M = 1.4 M ⊙ in the<br />
non-rotating and non-magnetized<br />
case. The <strong>star</strong> radius<br />
increases as a function of the<br />
EOS from BPAL12 bottom left<br />
to GlendNH3 top right. Pol2<br />
labels a relativistic model based<br />
upon a γ = 2 polytropic<br />
EOS <strong>with</strong> a radius of R =<br />
12km. Pol2F10 denotes the<br />
coefficients of a model at the<br />
Newtonian limit <strong>with</strong> a radius<br />
of R = 10km, Pol2C10 the<br />
corresponding values given<br />
by Cutler (2002).<br />
c Ω<br />
( ) 2 ( ) 2<br />
¯B f<br />
ɛ = ɛ B + ɛ Ω = −c B + c<br />
10 15 Ω , ¯B = 〈B 2 〉 1/2 . (9)<br />
G Hz<br />
Joachim Frieben Golm, June 18, 2007