(abs01 * (vray01 + vray02)) xswabs[abs01] (integrate: off) Param Type Value Min Max Units ----- ---- ----- --- --- ----- 1 nH thawed 5.7071 1e-07 10 10^22/cm^2 Xspec function name: xsabsw. xsvraymond[vray01] (integrate: on) Param Type Value Min Max Units ----- ---- ----- --- --- ----- 1 kT thawed 1.6072 0.0808 80 keV 2 He frozen 1 0 10000 with respect to Solar 3 C frozen 1 0 10000 with respect to Solar 4 N frozen 1 0 10000 with respect to Solar 5 O frozen 1 0 10000 with respect to Solar 6 Ne frozen 1 0 10000 with respect to Solar 7 Mg frozen 1 0 10000 with respect to Solar 8 Si frozen 1 0 10000 with respect to Solar 9 S frozen 1 0 10000 with respect to Solar 10 Ar frozen 1 0 10000 with respect to Solar 11 Ca frozen 1 0 10000 with respect to Solar 12 Fe thawed 2.6470 0 10000 with respect to Solar 13 Ni frozen 1 0 10000 with respect to Solar 14redshift frozen 0 0 10 15 norm thawed 0.2279 0.0001 0.807310**-14 / (4 pi D**2) Int n_e n_H dV Xspec function name: xsvraymond. xsvraymond[vray02] (integrate: on) Param Type Value Min Max Units ----- ---- ----- --- --- ----- 1 kT thawed 0.4568 0.0808 80 keV 2 He frozen 1 0 10000 with respect to Solar 3 C frozen 1 0 10000 with respect to Solar 4 N frozen 1 0 10000 with respect to Solar 5 O frozen 1 0 10000 with respect to Solar 6 Ne frozen 1 0 10000 with respect to Solar 7 Mg frozen 1 0 10000 with respect to Solar 8 Si frozen 1 0 10000 with respect to Solar 9 S frozen 1 0 10000 with respect to Solar 10 Ar frozen 1 0 10000 with respect to Solar 11 Ca frozen 1 0 10000 with respect to Solar 12 Fe link 2.6470 expression: vray01.Fe 13 Ni frozen 1 0 10000 with respect to Solar 14redshift frozen 0 0 10 15 norm thawed 0.8494 0.0001 10010**-14 / (4 pi D**2) Int n_e n_H dV Xspec function name: xsvraymond.