Table 8: Spectral parameters for the SE excess component obtained from the 6APEC $\times $ PLABS + APEC model fit to the XIS+PIN data and the XIS data.
  APEC    
Sensor $kT_{\rm ex}$ [keV] $Z_{\rm ex}$ [solar]a $K_{\rm ex}$ $\chi^2/{\rm d.o.f.}$ $\alpha^{b}$
XIS0-3+PIN 25.3(20.8-31.4) 0.38(0.35-0.41) 2.14(2.05- $2.24)\times10^{-3}$ 1311.1/1219 0.02
XIS0-3+PIN 15.8 0.36 $1.98\times10^{-3}$ 1313.1/1219 0.00
XIS0-3+PIN 32.2 0.39 $2.26 \times10^{-3}$ 1310.2/1219 0.03
XIS0-3 24.8(20.2-30.9) 0.38(0.35-0.41) 2.00(1.91- $2.09)\times10^{-3}$ 1303.3/1209 0.02
XIS0-3 15.5 0.36 $1.84\times10^{-3}$ 1303.7/1209 0.00
XIS0-3 31.9 0.39 $2.11\times10^{-3}$ 1303.0/1209 0.03
a The metal abundance is assumed to be the same for all the APEC components, including the ambient gas as well as the excess component; b the power-law index of the PLABS model, coming from the Suzaku-Chandra cross-calibration (see text).

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