PLOT SPECIFICATIONS


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Model Name Parameters Plot Specify Introduction
Astrophysical Models
M(chirp mass) [1MΘ, 2.5MΘ]:
λ(mass fraction) [0, 1MΘ-1]:
η(mass ratio) [0, 0.25]
χ(spin parameter) [-0.85, 0.85]
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M(chirp mass) [1MΘ, 2.5MΘ]:
λ(mass fraction) [0, 1MΘ-1]:
linewidth


a(model detail 1)[5, 150]
b(model detail 2)[40, 400]
λ(mass fraction)[0, 1MΘ-1]
E_v(energy carried away by neutrinos)
<q>(luminosity weighted average neutrino anisotropy)
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    epsilon (efficiency)
    alpha (fraction of mass converted to black hole)
    a (spin factor)
    Minimum Progenitor Mass (in units of solar mass)
    Maximum Progenitor Mass (in units of solar mass)
    linewidth


    B-Field[7e13G, 1e17G]:
    ε(ellipticity) [1e-6 - 1e-2]:
    P0(rot period) [1e-3s,5e-3s]:
    λ(mass fraction) [1e-4MΘ-1, 1e-2MΘ-1]:
    Iz(moment of inertia) [in g·cm2]:
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    a (spin factor)
    epsilon (efficiency)
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    M(chirp mass) [1MΘ, 2.5MΘ]:
    λ(mass fraction) [0, 1MΘ-1]:
    linewidth


    d0m(Crust core differential shear) [1e-4,1e3]:
    N(NS Fraction) [1e-6,1]:
    v(kinematic viscosity) [0.1,10]:
    M_star(NS mass) [1MΘ,2MΘ]:
    R_star(NS radius) [7km,20km]:
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      D. Hils and P. L. Bender, Ap. J., 360, 75-94 (1990)
    P0(period) [0.5ms, 10ms]:
    λ(mass fraction) [0, 1e-2MΘ-1]:
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    P0(period) [0.5ms, 10ms]:
    λ(mass fraction) [0, 1e-2MΘ-1]:
    linewidth


    Cosmological Models
    p(potential form) 1 or 2:
    ξcmb; (ξ at Φcmb)[1.2 2.7]:
    Ncmb(Number of e-foldings)[45 65]:
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    P(probability)[1e-3, 1]:
    ε(size)[1e-13, 1]:
    Gμ[1e-12,1e-6]:
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    r (Tensor-to-Scalar Ratio)
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    T(critical temperature) , GeV
    g(relativistic d.o.f)
    v(bubble wall velocity)[0,1]
    Beta/H(energy density parameter)[10, 1000]
    linewidth


    Case # (1: non-runaway bubbles 2: runaway bubbles in a plasma 3: runaway bubbles in vacuum):
    α:
    β/H*:
    T*:
    linewidth


    μ(0, 2]:
    F1[1e8, 1e11]:
    Fs[1, 1e11]:
    linewidth


    r (Tensor-to-Scalar Ratio)
    w (Effective Equation of State Parameter)
    n (Effective Tensor Index)
    linewidth


    Experimental Limits
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    Projected sensitivities
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