-
Notifications
You must be signed in to change notification settings - Fork 4
Commit
This commit does not belong to any branch on this repository, and may belong to a fork outside of the repository.
- Loading branch information
Showing
2 changed files
with
106 additions
and
0 deletions.
There are no files selected for viewing
This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below. To review, open the file in an editor that reveals hidden Unicode characters.
Learn more about bidirectional Unicode characters
This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below. To review, open the file in an editor that reveals hidden Unicode characters.
Learn more about bidirectional Unicode characters
Original file line number | Diff line number | Diff line change |
---|---|---|
@@ -0,0 +1,103 @@ | ||
#t Mdot Mdisk Rhot Sigmaout Kirrout H2R Teffout Tirrout Qirr2Qvisout TphXmax Lx Lbol Fx Fbol | ||
#days g/s g Rsun g/cm^2 float float K K float keV erg/s erg/s erg/s/cm^2 erg/s/cm^2 | ||
### Columns description | ||
# 1=t [days] : Time moment | ||
# 2=Mdot [g/s] : Accretion rate onto central object | ||
# 3=Mdisk [g] : Mass of the hot disk | ||
# 4=Rhot [Rsun] : Radius of the hot disk | ||
# 5=Sigmaout [g/cm^2] : Surface density at the outer radius of the hot disk | ||
# 6=Kirrout [float] : Irradiation coefficient Kirr at the outer radius of the hot disk | ||
# 7=H2R [float] : Relative semiheight at the outer radius of the hot disk | ||
# 8=Teffout [K] : Effective tempreture at the outer radius of the hot disk | ||
# 9=Tirrout [K] : Irradiation temperature (Qirr / sigma_SB)^1/4 at the outer radius of the hot disk | ||
# 10=Qirr2Qvisout [float] : Irradiation flux to viscous flux ratio at the outer radius of the hot disk | ||
# 11=TphXmax [keV] : Maximum effective temperature of the disk | ||
# 12=Lx [erg/s] : X-ray luminosity of the disk in the given energy range [emin, emax] | ||
# 13=Lbol [erg/s] : Bolometric luminosity of the disk | ||
# 14=Fx [erg/s/cm^2] : X-ray flux of the disk in the given energy range [emin, emax] | ||
# 15=Fbol [erg/s/cm^2] : Bolometric flux of the disk | ||
### Parameters | ||
# Cirr=0.00015 | ||
# Cirrcold=0 | ||
# F0=2e+38 | ||
# Mdisk0=2.70003e+25 | ||
# Mdotout=0 | ||
# Mopt=2.5 | ||
# Mx=9.4 | ||
# Nx=1000 | ||
# Qirr2Qvishot=0 | ||
# Thot=0 | ||
# Topt=0 | ||
# alpha=0.23 | ||
# angulardistdisk=plane | ||
# boundcond=Teff | ||
# colourfactor=1.7 | ||
# dir=. | ||
# distance=9.1 | ||
# emax=12 | ||
# emin=1 | ||
# ephemerist0=0 | ||
# gaussmu=1 | ||
# gausssigma=0.25 | ||
# gridscale=log | ||
# h2rcold=0 | ||
# inclination=20.7 | ||
# initialcond=powerF | ||
# inittime=0 | ||
# irrindex=0 | ||
# irrindexcold=0 | ||
# kerr=0.4 | ||
# opacity=Kramers | ||
# period=1.116 | ||
# powerorder=1.4 | ||
# precision=6 | ||
# prefix=issue66 | ||
# rochelobefill=1 | ||
# rout=0.7 | ||
# staralbedo=0 | ||
# starlod=3 | ||
# tau=1 | ||
# tempsparsity=1 | ||
# time=35 | ||
# windtype=no | ||
### Derived values | ||
# alpha_cold = 0.023 | ||
# Tidal radius = 0.7 Rsun | ||
# ISCO radius = 6.40522e+06 cm | ||
# tau = 1 days | ||
0 4.09369e+17 2.70002e+25 0.7 2536.27 0.00015 0.0705364 26274.4 4312.85 0.000726515 0.472321 1.21665e+37 2.76145e+37 2.29731e-09 5.21425e-09 | ||
1 1.45508e+19 2.5754e+25 0.7 2097.42 0.00015 0.0677224 24743.5 10424.1 0.0325243 1.15327 7.68579e+38 9.81545e+38 1.45125e-07 1.85338e-07 | ||
2 1.59576e+19 2.43807e+25 0.7 1891.58 0.00015 0.0662398 23892.8 10608.5 0.0404357 1.18019 8.49203e+38 1.07644e+39 1.60349e-07 2.03257e-07 | ||
3 1.583e+19 2.3017e+25 0.7 1744.89 0.00015 0.065104 23235.1 10541.5 0.0442428 1.17782 8.41872e+38 1.06783e+39 1.58964e-07 2.01631e-07 | ||
4 1.51171e+19 2.17141e+25 0.7 1626.71 0.00015 0.0641328 22669.9 10381.7 0.0460063 1.16433 8.00986e+38 1.01974e+39 1.51244e-07 1.9255e-07 | ||
5 1.41875e+19 2.04911e+25 0.7 1525.53 0.00015 0.0632563 22159.4 10183.2 0.0466789 1.146 7.47819e+38 9.57036e+38 1.41205e-07 1.8071e-07 | ||
6 1.32096e+19 1.93522e+25 0.7 1435.94 0.00015 0.0624412 21686.1 9970.64 0.0467759 1.12572 6.9209e+38 8.91074e+38 1.30682e-07 1.68255e-07 | ||
7 1.22588e+19 1.82953e+25 0.7 1355.06 0.00015 0.0616704 21240.7 9755.82 0.0465748 1.10489 6.38117e+38 8.26934e+38 1.20491e-07 1.56144e-07 | ||
8 1.13658e+19 1.73153e+25 0.7 1281.21 0.00015 0.0609342 20818 9544.39 0.0462229 1.0842 5.87646e+38 7.66698e+38 1.10961e-07 1.4477e-07 | ||
9 1.05408e+19 1.64065e+25 0.7 1213.3 0.00015 0.0602273 20415 9338.97 0.0457982 1.06396 5.41222e+38 7.11042e+38 1.02195e-07 1.34261e-07 | ||
10 9.78414e+18 1.55628e+25 0.7 1150.57 0.00015 0.0595459 20029.3 9140.63 0.0453417 1.04433 4.98847e+38 6.60002e+38 9.41936e-08 1.24623e-07 | ||
11 9.09243e+18 1.47789e+25 0.7 1092.42 0.00015 0.0588879 19659.6 8949.71 0.0448749 1.02536 4.60291e+38 6.13342e+38 8.69133e-08 1.15813e-07 | ||
12 8.4606e+18 1.40494e+25 0.7 1038.39 0.00015 0.0582513 19304.5 8766.16 0.044409 1.00707 4.25243e+38 5.70721e+38 8.02955e-08 1.07765e-07 | ||
13 7.88329e+18 1.33696e+25 0.7 988.101 0.00015 0.0576349 18963.2 8589.76 0.04395 0.98943 3.93376e+38 5.31778e+38 7.42784e-08 1.00412e-07 | ||
14 7.35527e+18 1.27354e+25 0.7 941.2 0.00015 0.0570375 18634.7 8420.2 0.0435006 0.972429 3.64375e+38 4.9616e+38 6.88022e-08 9.36862e-08 | ||
15 6.87173e+18 1.21429e+25 0.7 897.395 0.00015 0.0564579 18318.2 8257.15 0.0430622 0.956037 3.37948e+38 4.63542e+38 6.38123e-08 8.75271e-08 | ||
16 6.42828e+18 1.15887e+25 0.7 856.424 0.00015 0.0558954 18013.2 8100.28 0.0426352 0.940225 3.13835e+38 4.33628e+38 5.92592e-08 8.18788e-08 | ||
17 6.02099e+18 1.10695e+25 0.7 818.053 0.00015 0.055349 17719 7949.26 0.0422197 0.924965 2.91801e+38 4.06154e+38 5.50986e-08 7.6691e-08 | ||
18 5.64635e+18 1.05827e+25 0.7 782.071 0.00015 0.0548181 17434.9 7803.79 0.0418154 0.910228 2.71637e+38 3.80882e+38 5.12913e-08 7.19192e-08 | ||
19 5.30124e+18 1.01256e+25 0.7 748.291 0.00015 0.0543019 17160.5 7663.56 0.041422 0.895989 2.53158e+38 3.57602e+38 4.7802e-08 6.75234e-08 | ||
20 4.98287e+18 9.69595e+24 0.7 716.539 0.00015 0.0537997 16895.2 7528.31 0.0410392 0.882223 2.36199e+38 3.36126e+38 4.45998e-08 6.34682e-08 | ||
21 4.68875e+18 9.29167e+24 0.7 686.662 0.00015 0.0533109 16638.7 7397.77 0.0406665 0.868906 2.20614e+38 3.16286e+38 4.16569e-08 5.97219e-08 | ||
22 4.41666e+18 8.91085e+24 0.7 658.519 0.00015 0.052835 16390.4 7271.71 0.0403035 0.856016 2.06271e+38 2.97932e+38 3.89486e-08 5.62563e-08 | ||
23 4.16462e+18 8.55177e+24 0.7 631.983 0.00015 0.0523713 16150.1 7149.9 0.0399498 0.843533 1.93055e+38 2.8093e+38 3.64531e-08 5.30459e-08 | ||
24 3.93085e+18 8.21284e+24 0.7 606.936 0.00015 0.0519195 15917.2 7032.13 0.0396052 0.831438 1.80862e+38 2.65161e+38 3.41507e-08 5.00683e-08 | ||
25 3.71375e+18 7.89263e+24 0.7 583.272 0.00015 0.0514789 15691.4 6918.2 0.0392691 0.819712 1.69598e+38 2.50516e+38 3.20239e-08 4.73031e-08 | ||
26 3.51189e+18 7.58983e+24 0.7 560.895 0.00015 0.0510492 15472.5 6807.93 0.0389413 0.808339 1.59181e+38 2.369e+38 3.00569e-08 4.4732e-08 | ||
27 3.32399e+18 7.30323e+24 0.7 539.715 0.00015 0.0506298 15260.1 6701.15 0.0386214 0.797303 1.49535e+38 2.24224e+38 2.82356e-08 4.23386e-08 | ||
28 3.14888e+18 7.03173e+24 0.7 519.65 0.00015 0.0502205 15053.9 6597.68 0.0383091 0.786588 1.40594e+38 2.12412e+38 2.65473e-08 4.01081e-08 | ||
29 2.9855e+18 6.77431e+24 0.7 500.627 0.00015 0.0498207 14853.6 6497.39 0.0380042 0.77618 1.32297e+38 2.01391e+38 2.49807e-08 3.80272e-08 | ||
30 2.83291e+18 6.53005e+24 0.7 482.576 0.00015 0.0494302 14659 6400.13 0.0377063 0.766067 1.2459e+38 1.91098e+38 2.35254e-08 3.60836e-08 | ||
31 2.69026e+18 6.29809e+24 0.7 465.434 0.00015 0.0490486 14469.8 6305.76 0.0374152 0.756235 1.17423e+38 1.81475e+38 2.21722e-08 3.42666e-08 | ||
32 2.55675e+18 6.07764e+24 0.7 449.143 0.00015 0.0486755 14285.9 6214.16 0.0371306 0.746673 1.10753e+38 1.72469e+38 2.09126e-08 3.25661e-08 | ||
33 2.43169e+18 5.86798e+24 0.7 433.649 0.00015 0.0483107 14107 6125.2 0.0368523 0.73737 1.04538e+38 1.64033e+38 1.97391e-08 3.09731e-08 | ||
34 2.31442e+18 5.66843e+24 0.7 418.902 0.00015 0.0479539 13932.8 6038.78 0.0365801 0.728314 9.8742e+37 1.56122e+38 1.86447e-08 2.94794e-08 | ||
35 2.20436e+18 5.47836e+24 0.7 404.856 0.00015 0.0476047 13763.2 5954.78 0.0363137 0.719497 9.33321e+37 1.48698e+38 1.76232e-08 2.80775e-08 |