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Table 1

The spectral fit results of the outburst in 2009.

No OBSID Time T in Γ1 N E cut Flux (d.o.f.)

(MJD) keV km keV 10-9
1 94413-01-02-00 54 980.40 7.02  ±  0.15 0.90(62)
2 94413-01-02-02 54 980.85 7.33  ±  0.12 0.96(62)
3 94413-01-02-01 54 981.96 7.32  ±  0.18 0.88(62)
4 94413-01-02-05 54 982.28 7.30  ±  0.13 0.94(62)
5 94413-01-02-04 54 983.33 6.88  ±  0.13 1.20(62)
6 94413-01-02-03 54 984.38 7.47  ±  0.12 1.21(63)
7 94413-01-03-00 54 987.26 13.40  ±  0.19 1.29(63)
8 94413-01-03-01 54 988.24 9.97  ±  0.16 0.99(63)
9 94413-01-03-07 54 988.63 11.60  ±  0.18 0.96(63)
10 94413-01-03-05 54 989.16 8.65  ±  0.17 0.85(63)
11 94413-01-03-06 54 989.22 8.84  ±  0.16 0.76(63)
12 94413-01-03-02 54 990.27 12.00  ±  0.18 1.40(63)
13 94413-01-03-03 54 990.33 12.20  ±  0.19 0.97(63)
14 94413-01-03-04 54 990.39 11.97  ±  0.19 1.17(63)
15 94413-01-03-08 54 991.77 8.60  ±  0.15 1.12(63)
16 94413-01-03-09 54 992.43 9.74  ±  0.16 1.10(63)
17 94413-01-03-10 54 993.86 7.52  ±  0.13 1.07(63)
18 94413-01-04-00 54 994.25 7.49  ±  0.14 1.44(63)
19 94413-01-04-01 54 995.24 7.26  ±  0.14 0.90(63)
20 94413-01-04-03 54 996.28 6.71  ±  0.14 1.18(63)
21 94413-01-04-02 54 996.48 6.86  ±  0.13 1.39(63)
22 94413-01-04-08 54 997.27 6.75  ±  0.14 1.74(63)
23 94413-01-04-05 54 997.40 6.35  ±  0.12 1.20(63)
24 94413-01-04-06 54 999.75 5.74  ±  0.12 1.29(63)
25 94413-01-04-04 55 000.40 5.91  ±  0.12 0.72(63)
26 94413-01-05-00 55 001.32 5.72  ±  0.12 1.05(63)
27 94413-01-05-01 55 002.36 4.68  ±  0.10 1.06(63)
28 94413-01-05-02 55 003.41 4.53  ±  0.10 1.06(63)
29 94413-01-05-03 55 004.39 5.28  ±  0.11 1.10(63)
30 94413-01-05-04 55 005.37 4.56  ±  0.09 0.86(63)
31 94413-01-05-05 55 006.36 4.38  ±  0.09 1.01(63)
32 94413-01-05-06 55 007.40 4.12  ±  0.08 1.27(63)
33 94413-01-06-00 55 008.65 3.82  ±  0.10 1.00(63)
34 94413-01-06-01 55 013.09 3.00  ±  0.09 1.05(63)
35 after 94413-01-07-00 55 029.00 1.04  ±  0.02 1.18(63)

Notes. RXTE/PCA and RXTE/HEXTE data are used for the spectral fit. The OBSID, time, the inner temperature of disk, the inner radius of the disk, power law index, break for the energy, and unabsorbed flux in the energy band 1.5–100 keV (in units of 10-9 erg cm-2 s-1) are given. PCA spectra are derived for each OBSID (~3000 s) and from the combining OBSIDs for the last 11 data segments. Here and Rin = D10 × (Ndisk / cosθ)1 / 2 is the inner radius of the disk, θ is the inclination angle, Ndisk is the normalization on the disk blackbody component, and D10 is the distance of the source in units of 10 kpc.

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