Changes between Version 1 and Version 2 of u/adebrech/Matlab/PlanetParameterSpace

Timestamp:

10/05/17 13:56:22 (7 years ago)

Author:

adebrech

Comment:

—

u/adebrech/Matlab/PlanetParameterSpace

@@ -1 @@
-||||= Orbital Distance 1 =||
-||= =||= Mass 1 =||= Mass 2 =||
-||= Flux 1 =|| R,,p,, \t  fdsaf  \\ L... ||
+Relevant fixed parameters:
+{{{#!latex
+$R_P = 2.14559 R_J$
+
+$M_\star = 1.350 M_{sun}$
+
+$T_P = 10^4 \mbox{ K}$
+}}}
+
+T,,P,, based on equilibrium wind temperature.
+
+||||||||||= 0.04747 AU (For reasonable values of M,,P,,, P,,orb,, = ~3.25 days) =||
+|| ||= 0.263435 M,,J,, =||= M,,J,, =||= 0.015 M,,J,, =||= GJ436b (R,,P,, = 0.38 R,,J,,, M,,P,, = 0.07 M,,J,,) =||
+||= 4x10^2^ erg/cm^2^/s =|| $R_{Hill} = 1.83 R_P$ \\ $R_\Omega = 2.64R_P$ \\ $\lambda_P = 2.6369$ \\ $R_{sonic} = 1.32 R_P$ \\ Energy-limited || $R_{Hill} = 2.86R_P$ \\ $R_\Omega = 2.65R_P$ \\ $\lambda_P = 10$ \\ $R_{sonic} = 5 R_P$ \\ Recombination-limited || $R_{Hill} = 0.705 R_P$ \\ $R_\Omega = 2.65 R_P$ \\ $\lambda_P = 0.15$ \\ $R_{sonic} = 0.075 R_P$ \\ Photon-limited || $R_{Hill} = 6.65 R_P$ \\ $R_\Omega = 14.94 R_P$ \\ $\lambda_P = 3.96$ \\ $R_{sonic} = 1.98 R_P$ ||
+||= 4x10^5^ erg/cm^2^/s =|| $R_{Hill} = 1.83 R_P$ \\ $R_\Omega = 2.64R_P$ \\ $\lambda_P = 2.6369$ \\ $R_{sonic} = 1.32 R_P$ \\ Recombination-limited || $R_{Hill} = 2.86R_P$ \\ $R_\Omega = 2.65R_P$ \\ $\lambda_P = 10$ \\ $R_{sonic} = 5 R_P$ \\ Recombination-limited || $R_{Hill}$ \\ $R_\Omega$ \\ $\lambda_P$ \\ $R_{sonic}$ || $R_{Hill} = 6.65 R_P$ \\ $R_\Omega = 14.94 R_P$ \\ $\lambda_P = 3.96$ \\ $R_{sonic} = 1.98 R_P$ ||
+||= Flux 3 =|| $R_{Hill} = 1.83 R_P$ \\ $R_\Omega = 2.64R_P$ \\ $\lambda_P = 2.6369$ \\ $R_{sonic} = 1.32 R_P$ \\  || $R_{Hill} = 2.86R_P$ \\ $R_\Omega = 2.65R_P$ \\ $\lambda_P = 10$ \\ $R_{sonic} = 5 R_P$ || $R_{Hill}$ \\ $R_\Omega$ \\ $\lambda_P$ \\ $R_{sonic}$ || $R_{Hill} = 6.65 R_P$ \\ $R_\Omega = 14.94 R_P$ \\ $\lambda_P = 3.96$ \\ $R_{sonic} = 1.98 R_P$ ||