Astro-Catalog
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IRC+10216 09 47 57.447 + 13 16 43.76 RJ - 25.6 6.1 35.0 LSR RADIO [c] c pm Secondary flux calibrator, var.
TWHya 11 01 51.816 - 34 42 17.03 RJ + 0.0 0.8 n/a LSR RADIO [c] s pm T Tauri star
16293-2422 16 32 22.909 - 24 28 35.60 RJ + 4.0 16.3 n/a LSR RADIO [c] c Secondary flux calibrator
G343.0 16 58 17.136 - 42 52 06.61 RJ - 31.0 35.0 n/a LSR RADIO [c] c
NGC6334I 17 20 53.445 - 35 47 01.67 RJ - 6.9 60.0 n/a LSR RADIO [c] c
*BVP1 17 43 10.32 - 29 51 43.5 RJ - 20.0 1.5 n/a LSR RADIO [c] c
G5.89 18 00 30.376 - 24 04 00.48 RJ + 10.0 48.0 n/a LSR RADIO [c] c
M8E 18 04 52.957 - 24 26 39.36 RJ + 11.0 2.8 n/a LSR RADIO [c] c
G10.62 18 10 28.661 - 19 55 49.76 RJ - 3.5 50.0 n/a LSR RADIO [c] c
G34.3 18 53 18.569 + 01 14 58.26 RJ + 58.1 70.0 n/a LSR RADIO [c] c
G45.1 19 13 22.079 + 10 50 53.42 RJ + 48.0 11.0 n/a LSR RADIO [c] c G45.07+0.13 needs chop EW >60". ApJ 478, 283
K3-50 20 01 45.689 + 33 32 43.52 RJ - 23.7 20.0 n/a LSR RADIO [c] c
ON-1 20 10 09.146 + 31 31 37.67 RJ + 11.8 4.7 n/a LSR RADIO [c] c
GL2591 20 29 24.719 + 40 11 18.87 RJ - 5.8 3.0 n/a LSR RADIO [c] c
W75N 20 38 36.433 + 42 37 34.49 RJ + 12.5 35.0 n/a LSR RADIO [c] c
*MWC349A 20 32 45.53 + 40 39 36.62 RJ - 6.6 1.9 n/a LSR RADIO [c] s True point source
*PVCep 20 45 54.39 + 67 57 38.8 RJ + 3.0 1.2 n/a LSR RADIO [c] s
CRL2688 21 02 18.75 + 36 41 37.80 RJ - 35.4 5.9 80.0 LSR RADIO [c] c Secondary flux calibrator
NGC7027 21 07 01.598 + 42 14 10.02 RJ + 26.0 5.0 50.0 LSR RADIO [c] c
*V645Cyg 21 39 58.2 + 50 14 22. RJ - 43.7 0.9 n/a LSR RADIO [c] s
LKHA234 21 43 06.170 + 66 06 56.09 RJ - 10.0 5.0 n/a LSR RADIO [c] c Herbig Be star
N7538IRS1 23 13 45.346 + 61 28 10.32 RJ - 58.0 33.0 n/a LSR RADIO [c] c
N7538IRS9 23 14 01.682 + 61 27 19.96 RJ - 58.0 6.5 n/a LSR RADIO [c] c
*
* -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
*
* Sources for use in continuum mode originally intended only
* for use in spectral-line 5-pointing mode. They have proven sufficiently
* bright at 850um to qualify as 'continuum' sources.
*
WXPsc 01 06 25.98 + 12 35 53.0 RJ + 8.5 0.2 35.0 LSR RADIO [c]2-1 41.0 J3-2 51.2 4-3 23.2
oCeti 02 19 20.803 - 02 58 43.54 RJ + 46.5 0.5 28.0 LSR RADIO [c] pm 2-1 34.6 J3-2 48.2 4-3 46.2 J2005
CIT6 10 16 02.29 + 30 34 19.1 RJ - 1.9 0.7 45.0 LSR RADIO [c]2-1 111.3 3-2 194.9 4-3 1
*
* -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
* SOURCELIST for SPECTRAL LINE FIVEPOINTS
* Positions taken from Loup et al. A&A Suppl. Ser 99, 291 (1993).
* This section sub-divided according to positional accuracy flags by Loup et al.
* except that
* - 9 stars with HD numbers and flag=2 that differ by < approx 1"
* from Hipparcos positions are in section 1.
* - 6 weak or v.southern objects with Loup flags=1 appear in section 2,
* since, in the cases where comparison with Hipparcos is possible -
* the first two - differences of >1" are seen.
* (R Hor, R Dor, V1362Aql, V1366Aql, GL2374, GL2885). (20020107)
* VXSgr & RRAql added 20020107.
* Note CRL2688 is in section 2 (?!).
* See also K. Young (1995, ApJ 445, 872).
* Other (flux) data often courtesy H. Matthews and J. Greaves.
* Positions for objects in common with spectral line standards (CRL618,
* CRL2688, NGC7027, section above) are left unchanged, but these are not
* inconsistent with Loup.
* Note that we still have not gone through all the sources in the list.!!
*
* The catalogue gives T_A* (peak) for the 2-1 line. More informative, however, are the integrated line intensities
* in the comment line (in K km/s), which largely determine how easy it is to detect a line. Note that JCMT 2-1
* data followed by J are typically low by about a factor of 1.3 - 1.5 (telescope heavily deformed due to conebar
* welding.
*
* 20070717 Notes reflect new positional accuracies : L1 L2 L3 original Loup qualities (<1", 1-5", >5");
* : /H and /T reflect updates by Hipparcos & Tycho (uncertainty of <1")
* 20060530 Notes reflect new positional accuracies : /2M reflect updates by 2MASS (catalog II/246)
*
* 20140910 Modifications based on M13BN01 and M14AN01:
* Vlsr, Tpeak, Vrange derived from HARP CO(3-2) spectra
* Under comments is indicated whether source is good for RxA, HARP, or both: A, H, AH
* and Tpeak, Integrated intensity for CO(2-1) and CO(3-2)
*
*
* RA & DEC Eq Vlsr Tpeak Vrange JCMT comments
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*- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
*
TCas 00 23 14.311 + 55 47 33.05 RJ - 7.0 0.8 28.0 LSR RADIO [l] H L1/Hpm 0.35 5.8 ; 0.83 12.9
WXPsc 01 06 25.98 + 12 35 53.0 RJ + 8.5 1.7 47.0 LSR RADIO [l] AH L1/2M 1.3 36.9 ; 1.7 45.2
RScl 01 26 58.085 - 32 32 35.98 RJ - 18.4 2.1 38.0 LSR RADIO [l] AH L1/Hpm 1.9 50.6 ; 2.1 43.5
oCeti 02 19 20.803 - 02 58 43.54 RJ + 46.5 14.4 19.0 LSR RADIO [l] AH L1/Hpm 7.5 37.1 ; 14.4 75.1
UCam 03 41 48.183 + 62 38 54.33 RJ + 7.1 1.0 72.0 LSR RADIO [l] AH L1/Hpm 0.61 23.2 ; 1.0 43.8
NMLTau 03 53 28.87 + 11 24 21.7 RJ + 30.5 3.0 56.0 LSR RADIO [l] AH L1/2M 1.9 59.2 ; 3.0 87.2
CRL618 04 42 53.672 + 36 06 53.17 RJ - 21.7 4.5 90.0 LSR RADIO [l] AH L1+ 3.5 91.0 ; 4.5 118.3
RLep 04 59 36.358 - 14 48 22.60 RJ + 12.8 1.2 40.0 LSR RADIO [l] AH L1/Hpm 0.74 21.1 ; 1.2 33.1
NVAur 05 11 19.44 + 52 52 33.2 RJ + 3.0 1.0 36.0 LSR RADIO [l] AH L1/2M 0.75 19.5 ; 1.0 25.4
RAur 05 17 17.700 + 53 35 09.83 RJ - 1.6 1.2 22.0 LSR RADIO [l] AH L1/Hpm 0.71 9.9 ; 1.2 15.2
UUAur 06 36 32.836 + 38 26 43.47 RJ + 7.0 1.1 26.0 LSR RADIO [l] AH L1/Hpm 0.67 12.1 ; 1.1 20.8
VYCMa 07 22 58.336 - 25 46 03.35 RJ + 19.0 2.6 92.0 LSR RADIO [l] AH L1/Hpm 0.77 47.5 ; 2.6 161.4
M1-16 07 37 18.955 - 09 38 49.67 RJ + 49.0 1.9 57.0 LSR RADIO [l] AH L1+ 1.2 34.9 ; 1.9 59.0
M1-17 07 40 22.206 - 11 32 29.81 RJ + 28.0 1.1 78.0 LSR RADIO [l] AH L1+ 0.75 24.3 ; 1.1 41.3
OH231.8 07 42 16.83 - 14 42 52.1 RJ + 37.0 2.0 160.0 LSR RADIO [l] AH L1+ 1.1 71.5 ; 2.0 108.4
RLMi 09 45 34.289 + 34 30 42.68 RJ + 0.1 0.9 20.0 LSR RADIO [l] AH L1/Hpm 0.50 5.0 ; 0.85 10.0
RLeo 09 47 33.482 + 11 25 42.97 RJ - 0.4 2.4 17.0 LSR RADIO [l] AH L1/Hpm 1.0 10.8 ; 2.4 27.2
IRC+10216 09 47 57.447 + 13 16 43.76 RJ - 25.6 31.8 35.0 LSR RADIO [l] AH L1+pm 20.8 474 ; 31.8 702
CIT6 10 16 02.29 + 30 34 19.1 RJ - 1.9 6.9 45.0 LSR RADIO [l] AH L1/2M 4.2 113.8 ; 6.9 176.2
RTVir 13 02 38.023 + 05 11 08.08 RJ + 18.0 0.8 20.0 LSR RADIO [l] AH L1/Hpm 0.58 7.6 ; 0.76 9.7
WHya 13 49 01.934 - 28 22 04.50 RJ + 41.3 2.0 20.0 LSR RADIO [l] AH L1/Hpm 0.91 10.3 ; 2.0 26.1
RXBoo 14 24 11.654 + 25 42 12.58 RJ + 1.1 2.3 22.0 LSR RADIO [l] AH L1/Hpm 1.4 20.3 ; 2.3 33.5
SCrB 15 21 23.946 + 31 22 02.35 RJ + 2.0 1.0 18.0 LSR RADIO [l] AH L1/Hpm 0.55 5.7 ; 1.0 10.2
V814Her 17 44 55.474 + 50 02 39.27 RJ - 35.0 0.6 30.0 LSR RADIO [l] AH L1/Hpm 0.53 9.4 ; 0.64 12.6
V1111Oph 18 37 19.26 + 10 25 42.2 RJ - 30.0 1.4 40.0 LSR RADIO [l] AH L1/2M 0.85 22.1 ; 1.4 32.8
RAql 19 06 22.255 + 08 13 46.87 RJ + 47.3 2.2 21.0 LSR RADIO [l] AH L1/Hpm 1.3 15.6 ; 2.2 25.9
HD179821 19 13 58.610 + 00 07 31.86 RJ + 100.0 1.3 83.0 LSR RADIO [l] AH L1/Hpm 0.83 42.4 ; 1.3 66.5
V1302Aql 19 26 48.10 + 11 21 16.7 RJ + 78.0 1.8 90.0 LSR RADIO [l] AH L1/2M 0.97 56.0 ; 1.8 99.9
GYAql 19 50 06.316 - 07 36 52.30 RJ + 34.0 1.3 28.0 LSR RADIO [l] AH L1/Hpm 1.1 20.6 ; 1.3 24.7
KiCyg 19 50 33.897 + 32 54 49.96 RJ + 10.0 4.1 23.0 LSR RADIO [l] AH L1/Hpm 2.8 42.7 ; 4.1 59.4
RRAql 19 57 36.032 - 01 53 12.18 RJ + 28.0 1.2 19.0 LSR RADIO [l] AH L1/Hpm 0.69 8.2 ; 1.2 13.8
VCyg 20 41 18.258 + 48 08 28.70 RJ + 14.0 3.7 25.0 LSR RADIO [l] AH L1/Hpm 2.3 40.7 ; 3.7 63.2
NMLCyg 20 46 25.54 + 40 06 59.4 RJ + 1.0 3.1 67.0 LSR RADIO [l] AH L1/2M 1.5 65.3 ; 3.1 141.4
NGC7027 21 07 01.598 + 42 14 10.02 RJ + 26.0 12.9 50.0 LSR RADIO [l] AH L1+ 7.8 194.2 ; 12.9 276.0
SCep 21 35 12.881 + 78 37 28.21 RJ - 16.0 0.8 63.0 LSR RADIO [l] AH L1/Hpm 0.84 31.3 ; 0.77 25.3
RCas 23 58 25.028 + 51 23 20.00 RJ + 25.0 4.1 31.0 LSR RADIO [l] AH L1/Hpm 2.3 36.4 ; 4.1 65.9
*
*
RAnd 00 24 01.926 + 38 34 36.80 RJ - 14.5 2.1 23.0 LSR RADIO [l] AH L2/Hpm 1.2 17.0 ; 2.1 26.4
GL67 00 27 41.10 + 69 38 51.5 RJ - 27.0 1.2 34.0 LSR RADIO [l] AH L2/2M 1.0 24.5 ; 1.2 27.1
RHor 02 53 53.001 - 49 53 22.16 RJ + 38.0 3.4 15.0 LSR RADIO [l] ?H L2/Hpm tbd ; 3.4 25.2
V384Per 03 26 29.51 + 47 31 48.6 RJ - 16.3 2.1 33.0 LSR RADIO [l] AH L2/2M 1.6 34.6 ; 2.1 44.2
IRC+60144 04 35 17.54 + 62 16 23.8 RJ - 48.0 0.6 40.0 LSR RADIO [l] AH L2/2M 0.74 19.3 ; 0.64 15.4
RDor 04 36 45.423 - 62 04 39.09 RJ + 7.0 2.5 13.0 LSR RADIO [l] L2/Hpm away?
V370Aur 05 43 49.68 + 32 42 06.2 RJ - 31.0 1.3 52.0 LSR RADIO [l] AH L2/2M 0.79 31.2 ; 1.3 47.0
GL865 06 04 00.05 + 07 25 52.0 RJ + 44.0 1.8 32.0 LSR RADIO [l] AH L2/2M 1.3 26.6 ; 1.0 20.2
APLyn 06 34 33.41 + 60 56 27.8 RJ - 23.0 1.1 33.0 LSR RADIO [l] AH L2/2M 0.68 16.1 ; 1.1 24.8
M1-7 06 37 20.955 + 24 00 35.38 RJ - 11.0 1.3 56.0 LSR RADIO [l] AH L2+ 1.0 32.3 ; 1.3 50.6
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