Title:BAT AGN Spectroscopic Survey-IV: Near-Infrared Coronal Lines, Hidden Broad Lines, and Correlation with Hard X-ray Emission
Authors: Lamperti et al. 2016
Table: Emission line measurements - Padelta spectral region (part 2)
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Byte-by-byte Description of file: datafile.txt
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   Bytes Format Units            Label        Explanations
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   1-  4 I4     ---              ID           Swift-BAT 70-month hard X-ray survey ID(http://swift.gsfc.nasa.gov/results/bs70mon/)
   6-  6 I1     ---              flag         Fitting quality flag (1)
   8- 13 A6     10-15erg/s/cm2   F([SII]a)    Flux of [SII] 10320
  15- 19 F5.2   10-15erg/s/cm2 e_F([SII]a)    Formal uncertainty of F([SII]a)10320
  21- 26 A6     10-15erg/s/cm2   F([SII]b)    Flux of [SII] 10336
  28- 32 F5.2   10-15erg/s/cm2 e_F([SII]b)    Formal uncertainty of F([SII]b)10336
  34- 39 A6     10-15erg/s/cm2   F([SII]c)    Flux of [SII] 10370
  41- 45 F5.2   10-15erg/s/cm2 e_F([SII]c)    Formal uncertainty of F([SII]c)10370
  47- 52 A6     10-15erg/s/cm2   F([NI])      Flux of [NI] 10404
  54- 58 F5.2   10-15erg/s/cm2 e_F([NI])      Formal uncertainty of F([NI])10404
  60- 65 A6     10-15erg/s/cm2   F(Padelta)   Flux of Padelta 10049
  67- 71 F5.2   10-15erg/s/cm2 e_F(Padelta)   Formal uncertainty of F(Padelta)10049
  73- 78 A6     10-15erg/s/cm2   F(bPadelta)  Flux of broad Padelta 10049
  80- 84 F5.2   10-15erg/s/cm2 e_F(bPadelta)  Formal uncertainty of F(bPadelta)10049
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Note (1):    Spectral fitting quality flag: 1 = a good fit with small error, 2 = acceptable fit, 9 = no emission line is detected, -1 = lack of spectral coverage.
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   6 3 <1.4     ... <2.9     ... <2.8     ... <3.5     ... 13.8    8.20 110.0  63.70 
  33 3 6.3    12.60 5.0    15.60 1.5    15.60 1.4    21.40 2.4    13.40 ...      ... 
 116 3 1.3     1.80 <2.3     ... <4.2     ... <2.3     ... <2.8     ... ...      ... 
 130 2 <0.1     ... <0.1     ... <0.1     ... <0.0     ... 0.4     0.20 1.6     1.10 
 140 3 12.1    6.60 5.8     6.80 <9.2     ... 7.3     5.80 <11.1    ... ...      ... 
 157 2 <2.0     ... <1.8     ... <2.9     ... <1.6     ... <0.7     ... ...      ... 
 173 3 29.5   13.60 32.5   23.70 14.3   27.50 26.2   16.10 3.3    22.50 ...      ... 
 226 2 <6.1     ... <6.7     ... <6.9     ... <11.5    ... <3.7     ... 102.0  74.90 
 266 2 <3.4     ... <4.7     ... <3.6     ... <4.2     ... <4.4     ... 343.0   8.30 
 269 3 1.8     3.00 <1.9     ... <4.3     ... <1.0     ... <1.8     ... 35.7   29.40 
 308 3 15.1   11.20 9.9    16.90 9.2    18.20 10.8   21.70 3.6    40.10 ...      ... 
 310 2 <133.0   ... <129.0   ... <223.0   ... <90.4    ... <185.0   ... 1890.0 97.50 
 316 2 <51.9    ... <27.0    ... <36.6    ... <36.3    ... 53.6   80.20 1530.0  0.00 
 325 2 350.0  35.90 236.0   0.00 <924.0   ... <296.0   ... 220.0  85.10 ...      ... 
 382 2 <2.7     ... <2.1     ... <4.4     ... <1.4     ... <1.8     ... 109.0  70.80 
 399 2 <1.0     ... <2.8     ... <1.6     ... <2.1     ... <1.1     ... 13.8    6.90 
 404 3 14.7   20.20 12.5   27.60 4.9    20.50 7.2    21.10 4.9    23.30 ...      ... 
 434 2 <1.0     ... <0.4     ... <0.9     ... <1.4     ... <1.7     ... ...      ... 
 436 2 3.5     1.50 <2.8     ... <2.4     ... 4.8     1.40 <3.3     ... ...      ... 
 439 2 <1.3     ... <0.7     ... <1.4     ... <1.1     ... <0.9     ... ...      ... 
 451 2 <1.8     ... <1.7     ... <1.3     ... <2.5     ... <2.4     ... ...      ... 
 458 2 <1.7     ... <2.6     ... <2.8     ... <4.0     ... 3.9     6.30 71.7   34.30 
 477 2 30.9    1.40 <20.7    ... <47.6    ... 44.5    3.40 <14.1    ... ...      ... 
 484 9 <0.7     ... <0.8     ... <0.9     ... <2.2     ... <1.0     ... ...      ... 
 497 2 16.3   26.20 <12.5    ... <17.2    ... <16.4    ... <25.4    ... 241.0   0.00 
 515 2 <2.9     ... <1.1     ... <1.6     ... <1.9     ... <2.8     ... ...      ... 
 517 2 <0.9     ... <1.4     ... <0.6     ... <1.3     ... <2.1     ... ...      ... 
 530 2 <7.3     ... <3.4     ... <2.7     ... <3.8     ... <19.8    ... 136.0   7.20 
 533 2 <1.3     ... <1.3     ... <1.3     ... <2.5     ... <0.8     ... <0.8     ... 
 548 9 <8.5     ... <3.8     ... <2.4     ... <3.3     ... <5.2     ... ...      ... 
 567 2 <0.8     ... <1.4     ... <1.8     ... <0.6     ... 5.8     7.70 95.0   36.50 
 579 3 12.6    5.10 <5.7     ... <4.9     ... 12.8    5.70 <10.2    ... ...      ... 
 585 2 3.4    10.40 <3.2     ... <2.8     ... <1.0     ... 9.7     8.20 73.2   72.70 
 586 3 1.6     6.50 <1.2     ... <0.7     ... <3.5     ... <2.6     ... <20.2    ... 
 588 2 <2.7     ... <0.8     ... <2.1     ... <1.1     ... <0.7     ... ...      ... 
 590 2 <9.4     ... <3.1     ... <2.3     ... <3.7     ... <7.8     ... ...      ... 
 592 2 <1.6     ... <1.5     ... <3.2     ... <1.8     ... <0.6     ... ...      ... 
 593 9 <4.4     ... <4.6     ... <4.8     ... <11.6    ... <5.6     ... ...      ... 
 595 3 54.6   75.40 38.9   88.80 <70.3    ... <38.8    ... 38.4   99.50 476.0   0.00 
 607 2 1.0     2.20 <1.5     ... <1.8     ... 1.0     2.20 <2.4     ... 21.5   12.00 
 608 2 3.0     4.90 <2.6     ... <3.9     ... <3.5     ... 10.6    5.80 101.0  43.30 
 609 2 <8.8     ... <5.0     ... <9.4     ... <5.7     ... <8.0     ... ...      ... 
 615 2 2.8     2.20 2.2     2.90 1.2     2.20 0.5     3.40 4.3     1.90 ...      ... 
 616 2 5.0     0.40 3.5     1.50 1.5     1.90 <3.2     ... 5.9     1.20 25.4   28.80 
 631 2 <2.5     ... <4.3     ... <3.5     ... <6.4     ... <4.7     ... 208.0  15.60 
 635 2 0.8     1.60 <1.2     ... <1.4     ... <0.8     ... <1.8     ... 6.8    10.00 
 638 9 <2.8     ... <1.5     ... <0.4     ... <1.6     ... <1.5     ... ...      ... 
 641 2 <0.4     ... <1.0     ... <2.8     ... <0.6     ... 3.7     9.40 64.7   59.20 
 659 2 <0.9     ... <1.4     ... <1.0     ... <1.1     ... <1.6     ... ...      ... 
 665 2 <5.0     ... <3.4     ... <4.2     ... <3.5     ... <7.8     ... ...      ... 
 679 2 <2.5     ... <2.6     ... <1.2     ... <2.0     ... <1.1     ... ...      ... 
 682 2 <6.1     ... <4.1     ... <2.8     ... <1.4     ... <2.6     ... ...      ... 
 686 2 <6.8     ... <3.3     ... <2.1     ... <3.4     ... <5.6     ... ...      ... 
 687 2 <2.0     ... <1.3     ... <3.6     ... <2.0     ... <1.5     ... ...      ... 
 695 2 <1.5     ... <2.3     ... <2.0     ... <2.6     ... <4.0     ... <27.2    ... 
 697 2 1.8     2.40 <2.3     ... 1.2     2.30 <4.9     ... <2.7     ... 37.7   19.80 
 712 3 9.7    19.80 5.8    20.00 2.3    19.60 <8.1     ... 21.8   15.00 39.3   97.30 
 717 2 4.4     4.90 <9.0     ... <4.3     ... <5.0     ... <5.3     ... 65.6   40.60 
 723 2 <1.1     ... <0.8     ... <1.8     ... <0.9     ... 1.9     1.30 ...      ... 
 730 4 <1.2     ... <1.1     ... <1.1     ... <1.7     ... 6.5     1.50 <7.4     ... 
 734 3 <1.6     ... 1.0     0.50 <2.3     ... <0.5     ... <0.6     ... 9.8     5.20 
 735 2 <5.7     ... <3.0     ... <6.3     ... <4.5     ... <3.1     ... 91.6    2.10 
 737 9 <2.5     ... <2.1     ... <2.1     ... <4.2     ... <2.2     ... ...      ... 
 738 3 8.7    13.00 5.9     9.00 2.7    11.90 <6.0     ... 6.2     8.00 <7.8     ... 
 739 2 <2.6     ... <5.9     ... <1.4     ... <2.4     ... <1.7     ... ...      ... 
 748 9 <1.4     ... <1.3     ... <1.8     ... <2.6     ... <1.4     ... <11.4    ... 
 754 2 <0.2     ... <0.1     ... <0.1     ... <0.1     ... <0.3     ... 8.5     0.90 
 766 9 <26.0    ... <11.9    ... <7.4     ... <14.4    ... <40.0    ... ...      ... 
 772 2 <28.3    ... <31.8    ... <33.0    ... <35.2    ... <28.9    ... ...      ... 
 774 2 <3.7     ... <3.1     ... <2.1     ... <1.9     ... <2.2     ... 80.5    5.60 
 783 2 <7.6     ... <6.3     ... <6.8     ... <12.5    ... <20.2    ... 58.8   35.00 
 804 9 <5.6     ... <5.5     ... <2.0     ... <1.9     ... <7.2     ... ...      ... 
 876 3 1.3     5.90 0.9     3.20 <4.2     ... <0.7     ... <0.7     ... ...      ... 
 883 2 <4.0     ... <5.0     ... <4.1     ... <5.7     ... <5.9     ... 24.4   23.00 
 994 4 <1.7     ... 1.6     1.70 <2.1     ... <2.8     ... <2.3     ... 30.1    9.00 
1040 9 <5.1     ... <5.4     ... <3.0     ... <4.6     ... <5.2     ... ...      ... 
1041 2 <2.3     ... <2.0     ... <2.8     ... <1.6     ... <1.3     ... 94.1    4.80 
1042 3 <5.0     ... <8.6     ... <6.1     ... <1.5     ... 24.3   11.30 102.0   0.00 
1046 2 4.1     9.40 <10.7    ... <4.3     ... <5.3     ... <6.2     ... 102.0  61.70 
1077 2 <3.4     ... <1.9     ... <2.9     ... <2.1     ... <4.3     ... ...      ... 
1090 2 <2.4     ... <3.1     ... <5.9     ... <2.8     ... 10.5   12.50 282.0  10.40 
1099 2 <2.3     ... <4.1     ... <3.0     ... <3.2     ... <6.4     ... 99.2   12.40 
1106 3 <8.2     ... <10.5    ... <14.8    ... <6.8     ... <10.9    ... 108.0  23.40 
1117 3 <4.6     ... <4.1     ... <1.7     ... <4.7     ... <1.4     ... 33.7   13.90 
1133 3 2.7     5.40 <3.0     ... <5.1     ... <4.4     ... 5.8     3.70 32.8   59.10 
1157 2 2.0     2.50 1.1     2.50 <2.9     ... <0.6     ... 5.2     2.40 29.4   22.30 
1158 2 ...      ... ...      ... ...      ... ...      ... ...      ... ...      ... 
1161 3 2.7     4.90 <2.7     ... <6.3     ... <4.9     ... 3.7     4.80 23.4   45.70 
1177 9 <67.7    ... <59.1    ... <48.7    ... <29.0    ... <34.5    ... ...      ... 
1178 2 <1.6     ... <2.9     ... <3.2     ... <3.4     ... 6.6     4.00 39.4   30.20 
1180 2 <3.4     ... <5.2     ... <3.8     ... <2.7     ... <2.0     ... ...      ... 
1182 2 <8.4     ... <5.2     ... <6.7     ... <4.9     ... 11.5    6.60 107.0  58.60 
1183 2 <2.7     ... <1.6     ... <4.9     ... <2.3     ... <1.5     ... 74.3   66.90 
1196 2 <1.9     ... <4.3     ... <1.8     ... <3.7     ... <2.6     ... <10.0    ... 
1198 3 3.4    11.20 2.9     8.60 <6.6     ... <1.2     ... <1.6     ... ...      ... 
1202 9 <4.2     ... <7.0     ... <3.9     ... <4.7     ... <5.0     ... ...      ... 
1287 2 3.0     0.20 1.8     0.30 0.8     1.10 1.8     1.00 1.5     0.40 ...      ... 
1322 2 <3.7     ... <5.0     ... <4.0     ... <3.0     ... <4.8     ... 61.6   27.60 
1348 2 <4.2     ... <7.0     ... <2.3     ... <2.2     ... <4.9     ... ...      ... 
1387 2 <9.2     ... <5.4     ... <3.1     ... <3.4     ... <7.3     ... ...      ... 
1472 2 <0.4     ... <0.8     ... <1.0     ... <0.7     ... <0.6     ... ...      ... 
1570 2 <1.2     ... <3.4     ... <1.4     ... <2.2     ... <2.2     ... 26.0    4.60 