<=== observer ===>
"PWESSELI",\
"Wesselius, P.R.",\
"",\
"SRON ",\
"",\
"P.O. Box 800",\
"9700 AV",\
"Groningen",\
"The Netherlands",\
"31 50 634074",\
"31 50 634033",\
"paul@sron.rug.nl"
<=== proposal ===>
"YSOAEBE", 1, 3,\
{"bipolar outflows",\
"circumstellar discs",\
"circumstellar envelopes",\
"star formation",\
"stellar winds",\
"young stellar objects"},\
{"F.O. Clark",\
"Phillips Laboratory",\
"OL-AA",\
"PL/GOB",\
"Hanscom AFB",\
"MA",\
"01731",\
"U.S.A.",\
"T. Prusti",\
"Astrophysics Divisio",\
"ESTEC",\
"P.O. Box 299",\
"2200 AG",\
"Noordwijk",\
"The Netherlands",\
"P.R. Roelfsema",\
"SRON",\
"same address as Wess",\
"C. Waelkens",\
"Instituut voor Sterr",\
"Celestijnenlaan 200B",\
"3001 Heverlee",\
"Belgium",\
"D.H. Wooden",\
"NASA/Ames MS N-245-6",\
"Moffet Field",\
"CA 94035-1000",\
"USA",\
"E. Young",\
"Un. of Arizona",\
"Steward Observatory",\
"Tucson AZ 85721",\
"U.S.A."}
<=== title ===>
Very young intermediate mass stars
<=== abstract ===>
SCIENTIFIC ABSTRACT
We want to study young intermediate mass stars, in two stages: the
youngest completely embedded `YSO' stage, and the very young, already
visible, Herbig Ae/Be stars with sizable dust envelopes still around
them. These stars have masses of 2 to 10 Msun, and ages up to a few
million years. It is generally assumed that disks play a pivotal role
in the earliest evolution of very young stars, and indeed several
authors make models for Herbig Ae/Be stars that include disks (e.g.
Hillenbrand et al. 1992), but a few authors have recently shown that
dusty envelopes alone may suffice to explain their near-infrared
emission (e.g. Hartmann, Kenyon and Calvet 1993).
Our goal is to determine whether intermediate mass YSO's and Herbig
Ae/Be stars have disks, and to study the geometry and physical
conditions of their extended atmospheres, winds and infalling material,
if any. The program stars are in different stages of their evolution:
massive envelopes (and disks?) close to the star, less massive extended
envelopes, and stars that are still recognizably young by their extended
atmosphere.
All of ISO's instruments are used to study these objects. This proposal
emphasizes the SWS. Commonality between similar proposals of LWS, PHT
and CAM has been sought. Apart from images with CAM, and full spectra
with PHT-S, SWS and LWS, important lines are studied with a higher S/N
using SWS-AOT2, and occasionally SWS-AOT3.
We expect that these observations and the application of recently
published models will lead to a three-dimensional picture of the
complicated surroundings of young stars in the mass range 2 to 10 Msun.
The sources are well-spread in priority and location on the sky such
that even observing a small sample will further the goals of the
program.
OBSERVATION SUMMARY
For some objects we perform complete scans of the SWS and/or LWS range
using SWS-AOT1 and LWS-AOT1. The length of the planned SWS-AOT1
observation gives implicitly the spectral resolution (see SWS Observers
Manual).
The lines we wish to observe in the SWS and LWS range are listed
completely in the `scientific justification' section.
Very recently it has become apparent that both YSO's and Herbig Ae/Be
stars have often complicated surroundings with a few sources in an area
of 10 by 10 arcsec. We perform therefore three CAM observations with the
highest spatial resolution (2 minutes per exposure) for each object
using the filters LW4, 8, 9 at about 6, 11.5 and 15 micrometer, unless
CAM plans to observe these objects already.
For efficiency reasons, the observations of other groups have been
merged with ours, for a few objects. This concerns the SWS proposal of
van Dishoeck et al. for T Tau and R CrA, that of Whittet et al. for
Elias 1 and IRAS 12496-7650 and the water lines for a few stars in
collaboration with Ceccarelli of LWS.
Research using ground-based facilities is vigorously being pursued by
many astronomers on these objects. The identification of IRAS sources
evolves with time for some sources. It may be anticipated that the
coordinates selected for the objects of this proposal have to be adapted
just before the launch of ISO.
<=== scientific_justification ===>
Time distribution for autumn launch targets
Team top second third
SWS : 37218 7632 7572
SOT : 7560 1620 1620
LWS : 3420 2568 2568
total: 48198 11820 11760
Time distribution for spring launch targets
Team top second third
SWS : 40044 9498 7428
SOT : 7560 1620 8820
LWS : 3420 2568 2568
total: 51024 13686 18816
List of lines that are observed in this proposal.
Molecular Shock Water OH H-recombination
hydrogen cooling
ID lambda NR lambda NR lambda NR lambda NR ID lambda NR
(0, 0) (mu) (mu) (mu) (mu) (mu)
S(0) 28.21882 1 17.936 31 29.8367 41 28.94 45 Pf gamma 3.7395 51
S(1) 17.03483 2 24.042 32 31.7720 42 34.60 46 Br alpha 4.052 52
S(2) 12.27861 3 25.245 33 40.3367 43 34.63 47 Pf beta 4.6525 53
S(3) 9.66491 4 25.988 34 179.5265 44 Hu eps 4.6712 54
S(4) 8.02505 5 34.714 35 Pf alpha 7.4578 55
S(5) 6.90952 6 34.816 36 Hu beta 7.5005 56
S(6) 6.10855 7 35.349 37 H7delta 7.5061 57
S(7) 5.51116 8 H7gamma 8.7577 58
S(10) 4.4098 9 H7beta 11.306 59
S(11) 4.1810 10 H8beta 16.209 60
H7alpha 19.062 61
H11beta 38.843 62
H9alpha 38.870 63
Assignment of lines to sources
We have defined three types of spectra using SWS-AOT2
`Flat' , the lines chosen are: 1-10, 31-43, 51-63
`Rising' , the lines chosen are: 1, 4-10, 32-36, 61-63
`Water-OH', the lines chosen are: 1, 4-7, 33-43, 45-47, 51-59, 61-63.
`Water 44' means that using LWS-AOT4 we will observe water line 44.
Source Lines Source Lines Source Lines
AFGL 490 Flat L1455 IRS1 Water-OH NGC 1333 IRAS-1 Water-OH
Water 44 Water 44
B5 IRS1 Rising L 1489 Rising L1551-IRS5 Water-OH
Water 44
Re50N IRS1 Flat NGC 2071 IRS1 Water-OH
Water 44 Water 44
AFGL 961E W Whittet IRN Cha I, C9-2 Water-OH IRAS12496-7650 Flat
Water 44
IRAS16293-2422 Water-OH GGD 27-ILL Water-OH Lk Halpha 225 Flat
Water 44 Water 44 Water 44
S106 IRS4 Flat AFGL 2591 Flat Cep A IRS6A Rising
Water 44 Water 44 Water 44
Lk Halpha 198 Rising V376 Cas Flat Elias 1 4.05-4.55
19.5-22.5
T Tau See list AB Aur SWS-AOT1 UX Ori Flat
CQ Tau Flat V577 Ori Rising V350 Ori Flat
Lk Halpha 215 Water-OH Z CMa SWS-AOT1
Water 44 Water 44
HD 97048 SWS-AOT1 HD 97300 Rising HR 5999 Flat
VV Ser Flat HD 176386 Rising R CrA See list
T CrA Flat WW Vul Flat BD +40 4124 Flat
Lk Halpha 224 Flat
PV Cep SWS-AOT1 HD 200775 Flat Lk Halpha 234 Flat
BD +46 3471 Flat Lk Halpha 233 Flat Lk Halpha 259 Rising
Special lines are observed for T Tauri and R Cr A.
T Tau, SWS-AOT2
lambda line lambda line lambda line
(mu) (mu) (mu)
2.5510 H2 (2,1) Q(1) 6.10856 H2 S(6) 7.5061 H7d
2.5698 H2 (2,1) Q(3) 6.90952 H2 S(5) 16.209 H8b
2.6040 H2 (2,1) Q(5) 8.02505 H2 S(4) 17.936 [Fe II]
2.6269 H2 (1,0) O(2) 9.66491 H2 S(3) 19.062 H7a
2.8025 H2 (1,0) O(3) 12.27861 H2 S(2) 24.042 [Fe I]
3.62648 H2 S(15) 17.03483 H2 S(1) 25.245 [S I]
3.84675 H2 S(13) 23.03376 HD R(4) 25.988 [Fe II]
3.99692 H2 S(12) 28.21883 H2 S(0) 29.8367 H2O 7_25 - 6_16
4.18128 H2 S(11) 28.50197 HD R(3) 34.714 [Fe I]
4.40986 H2 S(10) 37.70155 HD R(2) 34.816 [Si II]
4.69461 H2 S(9) 4.6712 H6e 35.349 [Fe II]
5.05303 H2 S(8) 7.4578 H5a 38.843 H11b
5.51116 H2 S(7) 7.5005 H6b 38.870 H9a
T Tauri, LWS-AOT4 T Tauri, SWS-AOT7
lambda line lambda D_vel line
(mu) (mu) (km/s)
112.07251 HD R(0) 28.9138 50.0 p-H2O 4_40 - 3_13
119.4417 OH 5/2 + -- 3/2 - 31.7715 50.0 o-H2O 4_41 - 3_12
84.4204 OH 7/2 + -- 5/2 - 34.6294 50.0 OH 5/2 -- 3/2
163.1243 OH 3/2 + -- 1/2 - 40.6904 50.0 o-H2O 4_32 - 3_03
79.1817 OH 1/2 + -- 3/2 -
100.9828 p-H2O 2_20 - 1_11
138.5272 p-H2O 3_13 - 2_02
180.4880 o-H2O 2_21 - 2_12
179.5265 o-H2O 2_12 - 1_01
174.6264 o-H2O 3_03 - 2_12
181.0512 o-H218O 2_12 - 1_01
108.0730 o-H2O 2_21 - 1_10
78.7414 o-H2O 4_23 - 3_12
75.3804 o-H2O 3_21 - 2_12
49.3357 o-H2O 4_41 - 3_30
R Corona Australis, SWS-AOT2
lambda line lambda line lambda line
(mu) (mu) (mu)
2.5510 H2 (2,1) Q(1) 8.02505 H2 S(4) 16.209 H8b
2.5698 H2 (2,1) Q(3) 9.66491 H2 S(3) 17.936 [Fe II]
2.6040 H2 (2,1) Q(5) 12.27861 H2 S(2) 19.062 H7a
2.6269 H2 (1,0) O(2) 17.03483 H2 S(1) 24.042 [Fe I]
2.8025 H2 (1,0) O(3) 23.03376 HD R(4) 25.245 [S I]
3.62648 H2 S(15) 28.21883 H2 S(0) 25.988 [Fe II]
3.84675 H2 S(13) 28.50197 HD R(3) 29.8367 H2O 7_25 - 6_16
4.18128 H2 S(11) 37.70155 HD R(2) 34.714 [Fe I]
4.69461 H2 S(9) 4.6712 H6e 34.816 [Si II]
5.51116 H2 S(7) 7.4578 H5a 35.349 [Fe II]
6.10856 H2 S(6) 7.5005 H6b 38.843 H11b
6.90952 H2 S(5) 7.5061 H7d 38.870 H9a
R CrA, LWS-AOT4 R CrA SWS-AOT7
lambda line lambda d-vel line
(mu) (mu) (km/s)
112.07251 HD R(0) 17.03483 60.0 H2 S(1)
119.4417 OH 5/2 + -- 3/2 - 28.9138 50.0 p-H2O 4_40 - 3_13
84.4204 OH 7/2 + -- 5/2 - 31.7715 50.0 o-H2O 4_41 - 3_12
163.1243 OH 3/2 + -- 1/2 - 34.6294 50.0 OH 5/2 - 3/2
79.1817 OH 1/2 + -- 3/2 - 40.6904 50.0 o-H2O 4_32 - 3_03
100.9828 p-H2O 2_20 - 1_11
138.5272 p-H2O 3_13 - 2_12
180.4880 o-H2O 2_21 - 2_12
179.5265 o-H2O 2_12 - 1_01
174.6264 o-H2O 3_03 - 2_12
181.0512 o-H218O 2_12 - 1_01
108.0730 o-H2O 2_21 - 1_10
78.7414 o-H2O 4_23 - 3_12
75.3804 o-H2O 3_21 - 2_12
4 49.3357 o-H2O 4_41 - 3_30
<=== autumn_launch_targets ===>
1, "SWS01",1.,"N","AFGL 490 ", 3.39417, 58.60972, 1950,0.,0., 1908, 2
2, "SWS02",1.,"N","AFGL 490 ", 3.39417, 58.60972, 1950,0.,0., 1620, 3
3, "CAM01",1.,"N","AFGL 490 ", 3.39417, 58.60972, 1950,0.,0., 180, 0
4, "SWS02",3.,"N","L1455 IRS1 ", 3.40967, 30.04306, 1950,0.,0., 1356, 5
5, "PHT40",3.,"N","L1455 IRS1 ", 3.40967, 30.04306, 1950,0.,0., 120, 6
6, "CAM01",3.,"N","L1455 IRS1 ", 3.40967, 30.04306, 1950,0.,0., 180, 0
7, "SWS02",2.,"N","NGC 1333 IRAS-1", 3.42597, 31.05389, 1950,0.,0., 1356, 8
8, "SWS01",2.,"N","NGC 1333 IRAS-1", 3.42597, 31.05389, 1950,0.,0., 1908, 9
9, "LWS04",2.,"N","NGC 1333 IRAS-1", 3.42597, 31.05389, 1950,0.,0., 300, 10
10, "CAM01",2.,"N","NGC 1333 IRAS-1", 3.42597, 31.05389, 1950,0.,0., 180, 0
11, "SWS02",3.,"N","B5 IRS1 ", 3.74217, 32.70944, 1950,0.,0., 918, 12
12, "SWS01",3.,"N","B5 IRS1 ", 3.74217, 32.70944, 1950,0.,0., 1908, 13
13, "CAM01",3.,"N","B5 IRS1 ", 3.74217, 32.70944, 1950,0.,0., 180, 0
14, "SWS02",1.,"N","IRN Cha I: C9-2", 11.12006, -77.46028, 1950,0.,0., 1356, 15
15, "LWS01",1.,"N","IRN Cha I: C9-2", 11.12006, -77.46028, 1950,0.,0., 600, 16
16, "LWS04",1.,"N","IRN Cha I: C9-2", 11.12006, -77.46028, 1950,0.,0., 300, 0
17, "SWS02",1.,"N","IRAS12496-7650 ", 12.82722, -76.84583, 1950,0.,0., 1620, 18
18, "CAM01",1.,"N","IRAS12496-7650 ", 12.82722, -76.84583, 1950,0.,0., 180, 0
19, "SWS02",1.,"N","IRAS16293-2422 ", 16.48911, -24.36972, 1950,0.,0., 1356, 20
20, "SWS01",1.,"N","IRAS16293-2422 ", 16.48911, -24.36972, 1950,0.,0., 1908, 21
21, "LWS04",1.,"N","IRAS16293-2422 ", 16.48911, -24.36972, 1950,0.,0., 300, 0
22, "SWS02",1.,"N","GGD 27-ILL ", 18.27028, -20.81333, 1950,0.,0., 1356, 23
23, "SWS01",1.,"N","GGD 27-ILL ", 18.27028, -20.81333, 1950,0.,0., 1908, 24
24, "LWS04",1.,"N","GGD 27-ILL ", 18.27028, -20.81333, 1950,0.,0., 300, 25
25, "PHT40",1.,"N","GGD 27-ILL ", 18.27028, -20.81333, 1950,0.,0., 120, 0
26, "SWS02",1.,"N","Lk Halpha 225 ", 20.31244, 41.19833, 1950,0.,0., 1620, 27
27, "LWS01",1.,"N","Lk Halpha 225 ", 20.31244, 41.19833, 1950,0.,0., 600, 28
28, "LWS04",1.,"N","Lk Halpha 225 ", 20.31244, 41.19833, 1950,0.,0., 300, 29
29, "CAM01",1.,"N","Lk Halpha 225 ", 20.31244, 41.19833, 1950,0.,0., 180, 0
30, "SWS02",1.,"N","S106 IRS4 ", 20.42606, 37.21389, 1950,0.,0., 1620, 31
31, "LWS01",1.,"N","S106 IRS4 ", 20.42606, 37.21389, 1950,0.,0., 600, 32
32, "LWS04",1.,"N","S106 IRS4 ", 20.42606, 37.21389, 1950,0.,0., 300, 33
33, "CAM01",1.,"N","S106 IRS4 ", 20.42606, 37.21389, 1950,0.,0., 180, 0
34, "SWS02",1.,"N","AFGL 2591 ", 20.45994, 40.02056, 1950,0.,0., 1620, 35
35, "CAM01",1.,"N","AFGL 2591 ", 20.45994, 40.02056, 1950,0.,0., 180, 0
36, "SWS02",1.,"N","Cep A IRS6A ", 22.90550, 61.76611, 1950,0.,0., 918, 37
37, "LWS04",1.,"N","Cep A IRS6A ", 22.90550, 61.76611, 1950,0.,0., 300, 0
38, "SWS01",1.,"N","Lk Halpha 198 ", 0.14653, 58.54667, 1950,0.,0., 1908, 39
39, "SWS02",1.,"N","Lk Halpha 198 ", 0.14653, 58.54667, 1950,0.,0., 918, 40
40, "PHT40",1.,"N","Lk Halpha 198 ", 0.14653, 58.54667, 1950,0.,0., 120, 0
41, "SWS02",1.,"N","V376 Cas ", 0.14669, 58.55639, 1950,0.,0., 1620, 42
42, "PHT40",1.,"N","V376 Cas ", 0.14669, 58.55639, 1950,0.,0., 120, 0
43, "SWS01",1.,"N","HD 97048 ", 11.11100, -77.38361, 1950,0.,0., 3552, 44
44, "CAM01",1.,"N","HD 97048 ", 11.11100, -77.38361, 1950,0.,0., 180, 0
45, "SWS02",2.,"N","HD 97300 ", 11.13836, -76.34167, 1950,0.,0., 918, 46
46, "CAM01",2.,"N","HD 97300 ", 11.13836, -76.34167, 1950,0.,0., 180, 0
47, "SWS02",2.,"N","HR 5999 ", 16.08689, -38.97306, 1950,0.,0., 1620, 48
48, "PHT40",2.,"N","HR 5999 ", 16.08689, -38.97306, 1950,0.,0., 120, 49
49, "CAM01",2.,"N","HR 5999 ", 16.08689, -38.97306, 1950,0.,0., 180, 0
50, "SWS02",3.,"N","VV Ser ", 18.43731, 0.11111, 1950,0.,0., 1620, 51
51, "PHT40",3.,"N","VV Ser ", 18.43731, 0.11111, 1950,0.,0., 120, 52
52, "CAM01",3.,"N","VV Ser ", 18.43731, 0.11111, 1950,0.,0., 180, 0
53, "SWS02",3.,"N","HD 176386 ", 18.97128, -36.96250, 1950,0.,0., 918, 54
54, "PHT40",3.,"N","HD 176386 ", 18.97128, -36.96250, 1950,0.,0., 120, 55
55, "CAM01",3.,"N","HD 176386 ", 18.97128, -36.96250, 1950,0.,0., 180, 0
56, "SWS02",1.,"N","R CrA ", 18.97544, -37.02500, 1950,0.,0., 2808, 57
57, "SWS07",1.,"N","R CrA ", 18.97544, -37.02500, 1950,0.,0., 696, 58
58, "SWS01",1.,"N","R CrA ", 18.97544, -37.02500, 1950,0.,0., 960, 59
59, "LWS04",1.,"N","R CrA ", 18.97544, -37.02500, 1950,0.,0., 1818, 60
60, "CAM01",1.,"N","R CrA ", 18.97544, -37.02500, 1950,0.,0., 180, 0
61, "SWS02",1.,"N","T CrA ", 18.97681, -37.03611, 1950,0.,0., 1620, 62
62, "PHT40",1.,"N","T CrA ", 18.97681, -37.03611, 1950,0.,0., 120, 63
63, "CAM01",1.,"N","T CrA ", 18.97681, -37.03611, 1950,0.,0., 180, 0
64, "SWS02",2.,"N","WW Vul ", 19.39694, 21.10778, 1950,0.,0., 1620, 65
65, "PHT40",2.,"N","WW Vul ", 19.39694, 21.10778, 1950,0.,0., 120, 66
66, "CAM01",2.,"N","WW Vul ", 19.39694, 21.10778, 1950,0.,0., 180, 0
67, "SWS02",1.,"N","BD +40 4124 ", 20.31186, 41.20500, 1950,0.,0., 1620, 68
68, "PHT40",1.,"N","BD +40 4124 ", 20.31186, 41.20500, 1950,0.,0., 120, 69
69, "CAM01",1.,"N","BD +40 4124 ", 20.31186, 41.20500, 1950,0.,0., 180, 0
70, "SWS02",1.,"N","Lk Halpha 224 ", 20.31211, 41.19833, 1950,0.,0., 1620, 71
71, "PHT40",1.,"N","Lk Halpha 224 ", 20.31211, 41.19833, 1950,0.,0., 120, 72
72, "CAM01",1.,"N","Lk Halpha 224 ", 20.31211, 41.19833, 1950,0.,0., 180, 0
73, "SWS01",1.,"N","PV Cep ", 20.75653, 67.77583, 1950,0.,0., 1908, 74
74, "PHT40",1.,"N","PV Cep ", 20.75653, 67.77583, 1950,0.,0., 120, 0
75, "SWS02",1.,"N","HD 200775 ", 21.01658, 67.96556, 1950,0.,0., 1620, 76
76, "LWS04",1.,"N","HD 200775 ", 21.01658, 67.96556, 1950,0.,0., 300, 77
77, "CAM01",1.,"N","HD 200775 ", 21.01658, 67.96556, 1950,0.,0., 180, 0
78, "SWS02",3.,"N","Lk Halpha 234 ", 21.69933, 65.88528, 1950,0.,0., 1620, 79
79, "LWS04",3.,"N","Lk Halpha 234 ", 21.69933, 65.88528, 1950,0.,0., 300, 80
80, "PHT40",3.,"N","Lk Halpha 234 ", 21.69933, 65.88528, 1950,0.,0., 120, 0
81, "SWS02",3.,"N","BD +46 3471 ", 21.84406, 46.99306, 1950,0.,0., 1620, 82
82, "PHT40",3.,"N","BD +46 3471 ", 21.84406, 46.99306, 1950,0.,0., 120, 83
83, "CAM01",3.,"N","BD +46 3471 ", 21.84406, 46.99306, 1950,0.,0., 180, 0
84, "SWS02",2.,"N","Lk Halpha 233 ", 22.54119, 40.40889, 1950,0.,0., 1620, 85
85, "PHT40",2.,"N","Lk Halpha 233 ", 22.54119, 40.40889, 1950,0.,0., 120, 86
86, "CAM01",2.,"N","Lk Halpha 233 ", 22.54119, 40.40889, 1950,0.,0., 180, 0
87, "SWS02",2.,"N","Lk Halpha 259 ", 23.93597, 66.15861, 1950,0.,0., 918, 88
88, "PHT40",2.,"N","Lk Halpha 259 ", 23.93597, 66.15861, 1950,0.,0., 120, 89
89, "CAM01",2.,"N","Lk Halpha 259 ", 23.93597, 66.15861, 1950,0.,0., 180, 0
<=== spring_launch_targets ===>
1, "SWS01",1.,"N","AFGL 490 ", 3.39417, 58.60972, 1950,0.,0., 1908, 2
2, "SWS02",1.,"N","AFGL 490 ", 3.39417, 58.60972, 1950,0.,0., 1620, 3
3, "CAM01",1.,"N","AFGL 490 ", 3.39417, 58.60972, 1950,0.,0., 180, 0
4, "SWS02",3.,"N","L1455 IRS1 ", 3.40967, 30.04306, 1950,0.,0., 1356, 5
5, "PHT40",3.,"N","L1455 IRS1 ", 3.40967, 30.04306, 1950,0.,0., 120, 6
6, "CAM01",3.,"N","L1455 IRS1 ", 3.40967, 30.04306, 1950,0.,0., 180, 0
7, "SWS02",2.,"N","NGC 1333 IRAS-1", 3.42597, 31.05389, 1950,0.,0., 1356, 8
8, "SWS01",2.,"N","NGC 1333 IRAS-1", 3.42597, 31.05389, 1950,0.,0., 1908, 9
9, "LWS04",2.,"N","NGC 1333 IRAS-1", 3.42597, 31.05389, 1950,0.,0., 300, 10
10, "CAM01",2.,"N","NGC 1333 IRAS-1", 3.42597, 31.05389, 1950,0.,0., 180, 0
11, "SWS02",3.,"N","B5 IRS1 ", 3.74217, 32.70944, 1950,0.,0., 918, 12
12, "SWS01",3.,"N","B5 IRS1 ", 3.74217, 32.70944, 1950,0.,0., 1908, 13
13, "CAM01",3.,"N","B5 IRS1 ", 3.74217, 32.70944, 1950,0.,0., 180, 0
14, "SWS02",2.,"N","L 1489 ", 4.02794, 26.18028, 1950,0.,0., 918, 15
15, "SWS01",2.,"N","L 1489 ", 4.02794, 26.18028, 1950,0.,0., 1908, 16
16, "LWS04",2.,"N","L 1489 ", 4.02794, 26.18028, 1950,0.,0., 960, 17
17, "CAM01",2.,"N","L 1489 ", 4.02794, 26.18028, 1950,0.,0., 180, 0
18, "SWS02",1.,"N","L1551-IRS5 ", 4.47783, 18.02806, 1950,0.,0., 1356, 19
19, "SWS01",1.,"N","L1551-IRS5 ", 4.47783, 18.02806, 1950,0.,0., 1908, 20
20, "LWS04",1.,"N","L1551-IRS5 ", 4.47783, 18.02806, 1950,0.,0., 300, 0
21, "SWS02",3.,"N","Re50N IRS1 ", 5.63406, -7.48222, 1950,0.,0., 1620, 22
22, "LWS01",3.,"N","Re50N IRS1 ", 5.63406, -7.48222, 1950,0.,0., 600, 23
23, "LWS04",3.,"N","Re50N IRS1 ", 5.63406, -7.48222, 1950,0.,0., 300, 24
24, "CAM01",3.,"N","Re50N IRS1 ", 5.63406, -7.48222, 1950,0.,0., 180, 0
25, "SWS02",1.,"N","NGC 2071 IRS1 ", 5.74183, 0.34500, 1950,0.,0., 1356, 26
26, "SWS01",1.,"N","NGC 2071 IRS1 ", 5.74183, 0.34500, 1950,0.,0., 1908, 0
27, "SWS02",1.,"N","IRN Cha I: C9-2", 11.12006, -77.46028, 1950,0.,0., 1356, 28
28, "LWS01",1.,"N","IRN Cha I: C9-2", 11.12006, -77.46028, 1950,0.,0., 600, 29
29, "LWS04",1.,"N","IRN Cha I: C9-2", 11.12006, -77.46028, 1950,0.,0., 300, 0
30, "SWS02",1.,"N","IRAS12496-7650 ", 12.82722, -76.84583, 1950,0.,0., 1620, 31
31, "CAM01",1.,"N","IRAS12496-7650 ", 12.82722, -76.84583, 1950,0.,0., 180, 0
32, "SWS02",1.,"N","Lk Halpha 225 ", 20.31244, 41.19833, 1950,0.,0., 1620, 33
33, "LWS01",1.,"N","Lk Halpha 225 ", 20.31244, 41.19833, 1950,0.,0., 600, 34
34, "LWS04",1.,"N","Lk Halpha 225 ", 20.31244, 41.19833, 1950,0.,0., 300, 35
35, "CAM01",1.,"N","Lk Halpha 225 ", 20.31244, 41.19833, 1950,0.,0., 180, 0
36, "SWS02",1.,"N","S106 IRS4 ", 20.42606, 37.21389, 1950,0.,0., 1620, 37
37, "LWS01",1.,"N","S106 IRS4 ", 20.42606, 37.21389, 1950,0.,0., 600, 38
38, "LWS04",1.,"N","S106 IRS4 ", 20.42606, 37.21389, 1950,0.,0., 300, 39
39, "CAM01",1.,"N","S106 IRS4 ", 20.42606, 37.21389, 1950,0.,0., 180, 0
40, "SWS02",1.,"N","AFGL 2591 ", 20.45994, 40.02056, 1950,0.,0., 1620, 41
41, "LWS01",1.,"N","AFGL 2591 ", 20.45994, 40.02056, 1950,0.,0., 600, 42
42, "CAM01",1.,"N","AFGL 2591 ", 20.45994, 40.02056, 1950,0.,0., 180, 0
43, "SWS02",1.,"N","Cep A IRS6A ", 22.90550, 61.76611, 1950,0.,0., 918, 44
44, "LWS04",1.,"N","Cep A IRS6A ", 22.90550, 61.76611, 1950,0.,0., 300, 0
45, "SWS01",1.,"N","Lk Halpha 198 ", 0.14653, 58.54667, 1950,0.,0., 1908, 46
46, "SWS02",1.,"N","Lk Halpha 198 ", 0.14653, 58.54667, 1950,0.,0., 918, 47
47, "PHT40",1.,"N","Lk Halpha 198 ", 0.14653, 58.54667, 1950,0.,0., 120, 0
48, "SWS02",1.,"N","V376 Cas ", 0.14669, 58.55639, 1950,0.,0., 1620, 49
49, "PHT40",1.,"N","V376 Cas ", 0.14669, 58.55639, 1950,0.,0., 120, 0
50, "SWS01",1.,"N","Elias 1 ", 4.25958, 28.20056, 1950,0.,0., 1908, 51
51, "SWS06",1.,"N","Elias 1 ", 4.25958, 28.20056, 1950,0.,0., 1206, 52
52, "CAM01",1.,"N","Elias 1 ", 4.25958, 28.20056, 1950,0.,0., 180, 0
53, "SWS01",1.,"N","T Tau ", 4.31778, 19.41806, 1950,0.,0., 1140, 54
54, "SWS02",1.,"N","T Tau ", 4.31778, 19.41806, 1950,0.,0., 3036, 55
55, "SWS07",1.,"N","T Tau ", 4.31778, 19.41806, 1950,0.,0., 984, 56
56, "LWS04",1.,"N","T Tau ", 4.31778, 19.41806, 1950,0.,0., 1818, 57
57, "PHT40",1.,"N","T Tau ", 4.31778, 19.41806, 1950,0.,0., 120, 58
58, "CAM01",1.,"N","T Tau ", 4.31778, 19.41806, 1950,0.,0., 180, 0
59, "SWS01",1.,"N","AB Aur ", 4.87617, 30.47278, 1950,0.,0., 1908, 60
60, "CAM01",1.,"N","AB Aur ", 4.87617, 30.47278, 1950,0.,0., 180, 0
61, "SWS02",2.,"N","UX Ori ", 5.03350, -3.85556, 1950,0.,0., 1620, 62
62, "PHT40",2.,"N","UX Ori ", 5.03350, -3.85556, 1950,0.,0., 120, 63
63, "CAM01",2.,"N","UX Ori ", 5.03350, -3.85556, 1950,0.,0., 180, 0
64, "SWS02",3.,"N","CQ Tau ", 5.54836, 24.71750, 1950,0.,0., 1620, 65
65, "PHT40",3.,"N","CQ Tau ", 5.54836, 24.71750, 1950,0.,0., 120, 66
66, "CAM01",3.,"N","CQ Tau ", 5.54836, 24.71750, 1950,0.,0., 180, 0
67, "SWS02",3.,"N","V577 Ori ", 5.55875, -6.74222, 1950,0.,0., 918, 68
68, "CAM01",3.,"N","V577 Ori ", 5.55875, -6.74222, 1950,0.,0., 180, 0
69, "SWS02",3.,"N","V350 Ori ", 5.63036, -9.72833, 1950,0.,0., 1620, 70
70, "PHT40",3.,"N","V350 Ori ", 5.63036, -9.72833, 1950,0.,0., 120, 71
71, "CAM01",3.,"N","V350 Ori ", 5.63036, -9.72833, 1950,0.,0., 180, 0
72, "SWS02",3.,"N","Lk Halpha 215 ", 6.49894, 10.19750, 1950,0.,0., 1356, 73
73, "LWS01",3.,"N","Lk Halpha 215 ", 6.49894, 10.19750, 1950,0.,0., 600, 74
74, "LWS04",3.,"N","Lk Halpha 215 ", 6.49894, 10.19750, 1950,0.,0., 300, 75
75, "PHT40",3.,"N","Lk Halpha 215 ", 6.49894, 10.19750, 1950,0.,0., 120, 76
76, "CAM01",3.,"N","Lk Halpha 215 ", 6.49894, 10.19750, 1950,0.,0., 180, 0
77, "SWS01",1.,"N","Z CMa ", 7.02292, -11.47667, 1950,0.,0., 1908, 78
78, "LWS04",1.,"N","Z CMa ", 7.02292, -11.47667, 1950,0.,0., 300, 79
79, "CAM01",1.,"N","Z CMa ", 7.02292, -11.47667, 1950,0.,0., 180, 0
80, "SWS01",1.,"N","HD 97048 ", 11.11100, -77.38361, 1950,0.,0., 3552, 0
81, "SWS02",2.,"N","HD 97300 ", 11.13836, -76.34167, 1950,0.,0., 918, 0
82, "SWS01",1.,"N","PV Cep ", 20.75653, 67.77583, 1950,0.,0., 1908, 83
83, "PHT40",1.,"N","PV Cep ", 20.75653, 67.77583, 1950,0.,0., 120, 0
84, "SWS02",1.,"N","HD 200775 ", 21.01658, 67.96556, 1950,0.,0., 1620, 85
85, "LWS04",1.,"N","HD 200775 ", 21.01658, 67.96556, 1950,0.,0., 300, 86
86, "CAM01",1.,"N","HD 200775 ", 21.01658, 67.96556, 1950,0.,0., 180, 0
87, "SWS02",3.,"N","Lk Halpha 234 ", 21.69933, 65.88528, 1950,0.,0., 1620, 88
88, "LWS04",3.,"N","Lk Halpha 234 ", 21.69933, 65.88528, 1950,0.,0., 300, 89
89, "PHT40",3.,"N","Lk Halpha 234 ", 21.69933, 65.88528, 1950,0.,0., 120, 0
90, "SWS02",3.,"N","BD +46 3471 ", 21.84406, 46.99306, 1950,0.,0., 1620, 91
91, "PHT40",3.,"N","BD +46 3471 ", 21.84406, 46.99306, 1950,0.,0., 120, 92
92, "CAM01",3.,"N","BD +46 3471 ", 21.84406, 46.99306, 1950,0.,0., 180, 0
93, "SWS02",2.,"N","Lk Halpha 233 ", 22.54119, 40.40889, 1950,0.,0., 1620, 94
94, "PHT40",2.,"N","Lk Halpha 233 ", 22.54119, 40.40889, 1950,0.,0., 120, 95
95, "CAM01",2.,"N","Lk Halpha 233 ", 22.54119, 40.40889, 1950,0.,0., 180, 0
96, "SWS02",2.,"N","Lk Halpha 259 ", 23.93597, 66.15861, 1950,0.,0., 918, 97
97, "PHT40",2.,"N","Lk Halpha 259 ", 23.93597, 66.15861, 1950,0.,0., 120, 98
98, "CAM01",2.,"N","Lk Halpha 259 ", 23.93597, 66.15861, 1950,0.,0., 180, 0