Table 2.

The table provides variability statistics in different energy ranges for various observations, calculated using light curves with 500 s time bin. It is important to mention that in most of the cases, the average error of the observational data surpasses the 1σ limit, resulting in negative excess variance. As a result, these cases contain imaginary values for Fvar, and thus, they are excluded from the table.

IDEnergy bandNxmaxxminμ|$R=\frac{x_{\rm max}}{x_{\rm min}}$||$\sigma ^{2}_{\rm NXS}$|Fvar
keVcount s−1count s−1count s−1%
XMM10.5–3.0641.6400.3270.4505.000.021 ± 0.02014.0 ± 7.1
3.0–10.0641.1420.4520.6332.52−0.010
0.5–10.0631.2040.8241.0531.46−0.002
XMM20.5–3.0400.7570.4910.6191.540.003 ± 0.0025.6 ± 2.0
3.0–10.0401.0360.7400.8711.390.003 ± 0.0165.3 ± 1.6
0.5-10.0401.6941.3111.4901.290.003 ± 0.0015.8 ± 1.2
NU13.0–6.01510.1030.0170.0656.50−0.006
7.0–60.01560.6030.1470.2614.10−0.004
3.0–60.01570.6430.2460.3612.45−0.008
NU23.0–6.01100.2960.0760.1343.86−0.003
7.0–60.01110.9200.2180.4054.210.008 ± 0.0049.3 ± 0.2
3.0–60.01125.2440.4370.63512.00−0.054
XRT10.5–3.0520.0890.0070.04712.000.053 ± 0.04023.0 ± 9.0
3.0–10.0530.1540.0140.08611.000.049 ± 0.02622.0 ± 6.3
0.5–10.0530.2210.0320.1326.870.037 ± 0.02019.0 ± 5.7
XRT20.5–3.0400.0410.0020.01018.28−0.107
3.0–10.0480.0910.0130.0476.63−0.016
0.5–10.0470.1060.0250.0554.08−0.008
XRT30.5–3.0520.1140.0020.05049.280.168 ± 0.0464.1 ± 6.9
3.0–10.0540.1520.0140.06710.350.087 ± 0.03129.0 ± 5.9
0.5–10.0530.2570.0310.1178.080.101 ± 0.02631.0 ± 5.0
XRT40.5–3.01300.0710.0020.02333.26−0.006
3.0–10.01280.0830.0050.03115.720.075 ± 0.03027.0 ± 5.7
0.5–10.01250.1220.0150.0557.780.022 ± 0.02015.0 ± 6.9
XRT50.5–3.01790.0990.0040.03420.390.017 ± 0.02213.0 ± 8.7
3.0–10.01850.1800.0120.06114.360.117 ± 0.02134.0 ± 3.6
0.5–10.01850.2570.0200.09312.400.080 ± 0.01628.0 ± 3.3
XRT60.5–3.01560.2020.0040.04642.270.051 ± 0.03422.0 ± 7.7
3.0–10.01590.1510.0090.06416.470.082 ± 0.02328.0 ± 4.3
0.5–10.01610.3030.0300.10710.010.073 ± 0.02027.0 ± 4.1
XRT0.5–3.05110.0980.0010.01155.04−0.209
3.0–10.06370.2930.0080.08335.800.196 ± 0.01344.0 ± 1.9
0.5–10.06260.3910.0210.09318.070.146 ± 0.01238.3 ± 2.0
IDEnergy bandNxmaxxminμ|$R=\frac{x_{\rm max}}{x_{\rm min}}$||$\sigma ^{2}_{\rm NXS}$|Fvar
keVcount s−1count s−1count s−1%
XMM10.5–3.0641.6400.3270.4505.000.021 ± 0.02014.0 ± 7.1
3.0–10.0641.1420.4520.6332.52−0.010
0.5–10.0631.2040.8241.0531.46−0.002
XMM20.5–3.0400.7570.4910.6191.540.003 ± 0.0025.6 ± 2.0
3.0–10.0401.0360.7400.8711.390.003 ± 0.0165.3 ± 1.6
0.5-10.0401.6941.3111.4901.290.003 ± 0.0015.8 ± 1.2
NU13.0–6.01510.1030.0170.0656.50−0.006
7.0–60.01560.6030.1470.2614.10−0.004
3.0–60.01570.6430.2460.3612.45−0.008
NU23.0–6.01100.2960.0760.1343.86−0.003
7.0–60.01110.9200.2180.4054.210.008 ± 0.0049.3 ± 0.2
3.0–60.01125.2440.4370.63512.00−0.054
XRT10.5–3.0520.0890.0070.04712.000.053 ± 0.04023.0 ± 9.0
3.0–10.0530.1540.0140.08611.000.049 ± 0.02622.0 ± 6.3
0.5–10.0530.2210.0320.1326.870.037 ± 0.02019.0 ± 5.7
XRT20.5–3.0400.0410.0020.01018.28−0.107
3.0–10.0480.0910.0130.0476.63−0.016
0.5–10.0470.1060.0250.0554.08−0.008
XRT30.5–3.0520.1140.0020.05049.280.168 ± 0.0464.1 ± 6.9
3.0–10.0540.1520.0140.06710.350.087 ± 0.03129.0 ± 5.9
0.5–10.0530.2570.0310.1178.080.101 ± 0.02631.0 ± 5.0
XRT40.5–3.01300.0710.0020.02333.26−0.006
3.0–10.01280.0830.0050.03115.720.075 ± 0.03027.0 ± 5.7
0.5–10.01250.1220.0150.0557.780.022 ± 0.02015.0 ± 6.9
XRT50.5–3.01790.0990.0040.03420.390.017 ± 0.02213.0 ± 8.7
3.0–10.01850.1800.0120.06114.360.117 ± 0.02134.0 ± 3.6
0.5–10.01850.2570.0200.09312.400.080 ± 0.01628.0 ± 3.3
XRT60.5–3.01560.2020.0040.04642.270.051 ± 0.03422.0 ± 7.7
3.0–10.01590.1510.0090.06416.470.082 ± 0.02328.0 ± 4.3
0.5–10.01610.3030.0300.10710.010.073 ± 0.02027.0 ± 4.1
XRT0.5–3.05110.0980.0010.01155.04−0.209
3.0–10.06370.2930.0080.08335.800.196 ± 0.01344.0 ± 1.9
0.5–10.06260.3910.0210.09318.070.146 ± 0.01238.3 ± 2.0

Note.† Represent combined Swift/XRT observation from XRT1(MJD-53754)-XRT6(MJD-59886).

Table 2.

The table provides variability statistics in different energy ranges for various observations, calculated using light curves with 500 s time bin. It is important to mention that in most of the cases, the average error of the observational data surpasses the 1σ limit, resulting in negative excess variance. As a result, these cases contain imaginary values for Fvar, and thus, they are excluded from the table.

IDEnergy bandNxmaxxminμ|$R=\frac{x_{\rm max}}{x_{\rm min}}$||$\sigma ^{2}_{\rm NXS}$|Fvar
keVcount s−1count s−1count s−1%
XMM10.5–3.0641.6400.3270.4505.000.021 ± 0.02014.0 ± 7.1
3.0–10.0641.1420.4520.6332.52−0.010
0.5–10.0631.2040.8241.0531.46−0.002
XMM20.5–3.0400.7570.4910.6191.540.003 ± 0.0025.6 ± 2.0
3.0–10.0401.0360.7400.8711.390.003 ± 0.0165.3 ± 1.6
0.5-10.0401.6941.3111.4901.290.003 ± 0.0015.8 ± 1.2
NU13.0–6.01510.1030.0170.0656.50−0.006
7.0–60.01560.6030.1470.2614.10−0.004
3.0–60.01570.6430.2460.3612.45−0.008
NU23.0–6.01100.2960.0760.1343.86−0.003
7.0–60.01110.9200.2180.4054.210.008 ± 0.0049.3 ± 0.2
3.0–60.01125.2440.4370.63512.00−0.054
XRT10.5–3.0520.0890.0070.04712.000.053 ± 0.04023.0 ± 9.0
3.0–10.0530.1540.0140.08611.000.049 ± 0.02622.0 ± 6.3
0.5–10.0530.2210.0320.1326.870.037 ± 0.02019.0 ± 5.7
XRT20.5–3.0400.0410.0020.01018.28−0.107
3.0–10.0480.0910.0130.0476.63−0.016
0.5–10.0470.1060.0250.0554.08−0.008
XRT30.5–3.0520.1140.0020.05049.280.168 ± 0.0464.1 ± 6.9
3.0–10.0540.1520.0140.06710.350.087 ± 0.03129.0 ± 5.9
0.5–10.0530.2570.0310.1178.080.101 ± 0.02631.0 ± 5.0
XRT40.5–3.01300.0710.0020.02333.26−0.006
3.0–10.01280.0830.0050.03115.720.075 ± 0.03027.0 ± 5.7
0.5–10.01250.1220.0150.0557.780.022 ± 0.02015.0 ± 6.9
XRT50.5–3.01790.0990.0040.03420.390.017 ± 0.02213.0 ± 8.7
3.0–10.01850.1800.0120.06114.360.117 ± 0.02134.0 ± 3.6
0.5–10.01850.2570.0200.09312.400.080 ± 0.01628.0 ± 3.3
XRT60.5–3.01560.2020.0040.04642.270.051 ± 0.03422.0 ± 7.7
3.0–10.01590.1510.0090.06416.470.082 ± 0.02328.0 ± 4.3
0.5–10.01610.3030.0300.10710.010.073 ± 0.02027.0 ± 4.1
XRT0.5–3.05110.0980.0010.01155.04−0.209
3.0–10.06370.2930.0080.08335.800.196 ± 0.01344.0 ± 1.9
0.5–10.06260.3910.0210.09318.070.146 ± 0.01238.3 ± 2.0
IDEnergy bandNxmaxxminμ|$R=\frac{x_{\rm max}}{x_{\rm min}}$||$\sigma ^{2}_{\rm NXS}$|Fvar
keVcount s−1count s−1count s−1%
XMM10.5–3.0641.6400.3270.4505.000.021 ± 0.02014.0 ± 7.1
3.0–10.0641.1420.4520.6332.52−0.010
0.5–10.0631.2040.8241.0531.46−0.002
XMM20.5–3.0400.7570.4910.6191.540.003 ± 0.0025.6 ± 2.0
3.0–10.0401.0360.7400.8711.390.003 ± 0.0165.3 ± 1.6
0.5-10.0401.6941.3111.4901.290.003 ± 0.0015.8 ± 1.2
NU13.0–6.01510.1030.0170.0656.50−0.006
7.0–60.01560.6030.1470.2614.10−0.004
3.0–60.01570.6430.2460.3612.45−0.008
NU23.0–6.01100.2960.0760.1343.86−0.003
7.0–60.01110.9200.2180.4054.210.008 ± 0.0049.3 ± 0.2
3.0–60.01125.2440.4370.63512.00−0.054
XRT10.5–3.0520.0890.0070.04712.000.053 ± 0.04023.0 ± 9.0
3.0–10.0530.1540.0140.08611.000.049 ± 0.02622.0 ± 6.3
0.5–10.0530.2210.0320.1326.870.037 ± 0.02019.0 ± 5.7
XRT20.5–3.0400.0410.0020.01018.28−0.107
3.0–10.0480.0910.0130.0476.63−0.016
0.5–10.0470.1060.0250.0554.08−0.008
XRT30.5–3.0520.1140.0020.05049.280.168 ± 0.0464.1 ± 6.9
3.0–10.0540.1520.0140.06710.350.087 ± 0.03129.0 ± 5.9
0.5–10.0530.2570.0310.1178.080.101 ± 0.02631.0 ± 5.0
XRT40.5–3.01300.0710.0020.02333.26−0.006
3.0–10.01280.0830.0050.03115.720.075 ± 0.03027.0 ± 5.7
0.5–10.01250.1220.0150.0557.780.022 ± 0.02015.0 ± 6.9
XRT50.5–3.01790.0990.0040.03420.390.017 ± 0.02213.0 ± 8.7
3.0–10.01850.1800.0120.06114.360.117 ± 0.02134.0 ± 3.6
0.5–10.01850.2570.0200.09312.400.080 ± 0.01628.0 ± 3.3
XRT60.5–3.01560.2020.0040.04642.270.051 ± 0.03422.0 ± 7.7
3.0–10.01590.1510.0090.06416.470.082 ± 0.02328.0 ± 4.3
0.5–10.01610.3030.0300.10710.010.073 ± 0.02027.0 ± 4.1
XRT0.5–3.05110.0980.0010.01155.04−0.209
3.0–10.06370.2930.0080.08335.800.196 ± 0.01344.0 ± 1.9
0.5–10.06260.3910.0210.09318.070.146 ± 0.01238.3 ± 2.0

Note.† Represent combined Swift/XRT observation from XRT1(MJD-53754)-XRT6(MJD-59886).

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