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E-folded power law reflected from an ionized relativistic disk.
XSpec model.
Exponentially cutoff power law spectrum reflected from an ionized
relativistic accretion disk. In this model, spectrum of 'xspexriv' is
convolved with a relativistic disk line profile ('xsdiskline'). See
Magdziarz and Zdziarski 1995 MNRAS, 273, 837 for details of Compton
reflection and Fabian et al. 1989, MNRAS, 238, 729 for details of the
disk line profile.
xsrefsch Parameters
| 1 | PhoIndex | power law
photon index, N_E prop. to E^(-PhoIndex) |
| 2 | foldE | the cutoff
energy in keV (if foldE=0 there is no cutoff) |
| 3 | relRefl | reflection
scaling factor (1 for isotropic source above disk) |
| 4 | redshift | redshift,
z |
| 5 | abund | abundance of
elements heavier than He relative to the solar abundances |
| 6 | FeAbund | iron
abundance relative to the above |
| 7 | Incl | inclination
angle (degrees) |
| 8 | Tdisk | disk
temperature in K |
| 9 | xi | disk ionization
parameter, xi = 4 pi F_ion/n, where F_ion is the 5 eV - 20 keV
irradiating flux and n is the density of the reflector; see Done et
al., 1992, ApJ, 395, 275 |
| 10 | Betor10 | power law
index for reflection emissivity; emissivity is proportional to
r^Betor10 |
| 11 | Rin | inner disk
radius (GM/c^2) |
| 12 | Rout | outer disk
radius (GM/c^2) |
| 13 | accuracy | internal
model accurancy - points of spectrum per energy decade |
| 14 | norm | photon flux at
1 keV of the cutoff broken power law only (no reflection) in the
observed frame |
This information is taken from the XSpec User's Guide. Version 11.3.1 of the XSpec
models is supplied with CIAO 3.2.
For a list of known bugs and issues with the XSPEC models, please visit the XSPEC bugs page.
- sherpa
-
atten,
bbody,
bbodyfreq,
beta1d,
beta2d,
box1d,
box2d,
bpl1d,
const1d,
const2d,
cos,
delta1d,
delta2d,
dered,
devaucouleurs,
edge,
erf,
erfc,
farf,
farf2d,
fpsf,
fpsf1d,
frmf,
gauss1d,
gauss2d,
gridmodel,
hubble,
jdpileup,
linebroad,
lorentz1d,
lorentz2d,
models,
nbeta,
ngauss1d,
poisson,
polynom1d,
polynom2d,
powlaw1d,
ptsrc1d,
ptsrc2d,
rsp,
rsp2d,
schechter,
shexp,
shexp10,
shlog10,
shloge,
sin,
sqrt,
stephi1d,
steplo1d,
tan,
tpsf,
tpsf1d,
usermodel,
xs,
xsabsori,
xsacisabs,
xsapec,
xsbapec,
xsbbody,
xsbbodyrad,
xsbexrav,
xsbexriv,
xsbknpower,
xsbmc,
xsbremss,
xsbvapec,
xsc6mekl,
xsc6pmekl,
xsc6pvmkl,
xsc6vmekl,
xscabs,
xscemekl,
xscevmkl,
xscflow,
xscompbb,
xscompls,
xscompst,
xscomptt,
xsconstant,
xscutoffpl,
xscyclabs,
xsdisk,
xsdiskbb,
xsdiskline,
xsdiskm,
xsdisko,
xsdiskpn,
xsdust,
xsedge,
xsequil,
xsexpabs,
xsexpdec,
xsexpfac,
xsgabs,
xsgaussian,
xsgnei,
xsgrad,
xsgrbm,
xshighecut,
xshrefl,
xslaor,
xslorentz,
xsmeka,
xsmekal,
xsmkcflow,
xsnei,
xsnotch,
xsnpshock,
xsnsa,
xsnteea,
xspcfabs,
xspegpwrlw,
xspexrav,
xspexriv,
xsphabs,
xsplabs,
xsplcabs,
xsposm,
xspowerlaw,
xspshock,
xspwab,
xsraymond,
xsredden,
xsredge,
xssedov,
xssmedge,
xsspline,
xssrcut,
xssresc,
xssssice,
xsstep,
xstbabs,
xstbgrain,
xstbvarabs,
xsuvred,
xsvapec,
xsvarabs,
xsvbremss,
xsvequil,
xsvgnei,
xsvmcflow,
xsvmeka,
xsvmekal,
xsvnei,
xsvnpshock,
xsvphabs,
xsvpshock,
xsvraymond,
xsvsedov,
xswabs,
xswndabs,
xsxion,
xszbbody,
xszbremss,
xszedge,
xszgauss,
xszhighect,
xszpcfabs,
xszphabs,
xszpowerlw,
xsztbabs,
xszvarabs,
xszvfeabs,
xszvphabs,
xszwabs,
xszwndabs
- slang
-
usermodel
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