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3.7: nH 7.1 10 22 cm −2T e (CIE) 0.76 keVT e (NEI) 1.44 keVSi 2.1Tau 4.5 × 10 11 s·cm −31data and folded modelnormalized counts s −1 keV −10.10.0110 −310 −45χ0−51 2 510Energy (keV)p6 18−Feb−2012 14:10 3.9: Lazendic (0.9-11.0keV)21
3.8: Lazendic vraymond norm 0.167 cm −5vpshock norm 0.064 cm −5reduced chi-squared 3.943null hypothesis probability 2.467 × 10 −144 χ 2 (=3.943) Si 3.2.5 G349.7+0.2 G349.7+0.2 SNR r = 6.4 pc ( SNR D(= 22 kpc) 1’) kT sh kT s kT sh = 0.78× kT s (1) V sh kT s V sh = (16kT sh /3µm H ) 1 2(2) (µ µ = 0.604, m H ) (1)(2) kT s = 0.76 keV V sh = 862km/s t V sh t = 0.4r/V sh t = 2900 yr SNR n norm norm = 10−144 D 2 ×n 2 V norm NEI (norm = 0.111 cm −5 ) n =3.17 pcc E E = 4.6 × 10 −25 (n s r 5 sh /t2 ) E = 1.39 10 50 erg SNR L f L = f×4πD 2 f 0.9-11.0keV 1.3061×10 −11 erg·s/cm 222
Page 1 and 2: 2011 P6 G349.07+0.2
Page 4 and 5: NEI 1.44keV Si 2.1 +0.2−0.3 eje
Page 6 and 7: (keV) 2. X xissimarfgen arf 3. x
Page 8 and 9: datanormalized counts s −1 keV
Page 10 and 11: 33.1 3.1.1 ×( Fe +Niwabs*(bremss+
Page 12 and 13: (2) (1) 3.1.2 Fe powerlaw ×(wabs
Page 14 and 15: 0.1data and folded modelnormalized
Page 16 and 17: 3.4: Fe NEI nH7.1 × 10 22 cm −2
Page 18 and 19: 3.5: NEI nH 5.50 +0.06−0.05 × 10
Page 20 and 21: 3.6: NEI nH 6.62 +0.18−0.14 1022
Page 24 and 25: L = 7.55 × 10 37 erg/s SNR M M =
Page 26: 525

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