All Tables

Table 1: Log of the two observations of GX 17+2 with the on-source exposure time for each NFI.
Table 2: Best-fit parameters of the multi-component model WABS( BB + COMPTT + Gaussian + K-edge + PL) for the first and second observation of GX 17+2. The two solutions of the model are reported. The F-test gives the probability of chance improvement of the $\chi ^2$ for the addition of the PL. The ratios $L_{\rm bb}/L_{\rm tot}$ and $L_{\rm pl}/L_{\rm tot}$ are computed in the 0.4-200 keV energy range.
Table 3: Best-fit parameters of the multi-component model WABS( BB + EQPAIR + Gaussian) for the first and second observation of GX 17+2. The F-test gives the probability of chance improvement of the $\chi ^2$ switching from thermal to hybrid Comptonization. The compactness parameters $\ell _{\rm s}$ , $\ell _{\rm h}$ and $\ell _{\rm nth}$ are defined in Sect. 3.3. The ratio $L_{\rm bb}/L_{\rm tot}$ is computed in the energy range 0.4-200 keV.
Table 4: Same as in Table 3 but for regions II, III and IV of the second observation as reported in Fig. 2 and assuming thermal Comptonization.