<=== observer ===>
"BARR_AGN",\
"Barr,P.",\
"SAI",\
"ESTEC",\
"Keplerlaan 1",\
"",\
"2200 AG ",\
"Noordwijk",\
"The Netherlands",\
"31 1719 84365",\
"31 1719 85434",\
"isosa4::pbarr"
<=== proposal ===>
"BARR_POL",1,4,\
{"active galactic nuclei","quasars"},\
{"J.Clavel","L.Metcalfe","A.Salama","G.Tagliaferri","A.Heras"}
<=== title ===>
The Polarization of the nonthermal Infrared continuum in Active Galactic Nuclei
<=== abstract ===>
SCIENTIFIC ABSTRACT

We propose to measure the polarization of the 10-200 micron continuum of a 
small sample of AGN consisting of High Polarizarion Quasars and BL Lacertae 
objects. There are no previous observations of the IR polarization of these 
objects at wavelengths > 10 microns. Our goal is to study the wavelength 
dependance of the IR polarization in order to;

 - search for contributions from discrete components to the continuum emission 
(different nonthermal components, possible thermal emission)

 - search for systematic differences between QSO and BL Lac properties;

 - attempt to constrain current models (Xmas tree models, homogeneous versus 
inhomogeneous jet models) for ther production of the nonthermal continuum.

OBSERVATION SUMMARY

Our goal is to measure the percentage polarization to an accuracy of +/- 4%
 at 20 microns with PHT50, at 90 and 160 microns with (two concatenated) PHT51 
AOTs and at 12 microns for all targets with CAM06 (using the broad-band LW 
filter). For each target the AOTs must be concatenated to avoid spurious 
results from any source variability. All targets have optical or near-IR 
polarization of > 10% and lfuxes range from 100-400 mJy at 12 microns to 
0.3 - 5 Jy beyond 100 microns. Recatangular chopping is assumed for the PHT 
observations.

<=== scientific_justification ===>
Time distribution for autumn launch targets:
Team             top40%   second 40%     third 40%
SOT :            11396            0             0


Time distribution for spring launch targets:
Team             top40%   second 40%     third 40%
SOT :            16947            0             0

<=== autumn_launch_targets ===>
1,"CAM05",1.0,"N","PKS0429-014",04.34542,-01.45778,1950, 0., 0.,900,2
2,"PHT50",1.0,"N","PKS0429-014",04.34542,-01.45778,1950, 0., 0., 2209,3
3,"PHT51",1.0,"N","PKS0429-014",04.34542,-01.45778,1950, 0., 0., 274,4
4,"PHT51",1.0,"N","PKS0429-014",04.34542,-01.45778,1950, 0., 0., 184,0
5,"CAM05",1.0,"N","BL Lac",22.01083,+42.03356,1950,0., 0.,760,6
6,"PHT50",1.0,"N","BL Lac",22.01083,+42.03356,1950,0., 0.,1185,7
7,"PHT51",1.0,"N","BL Lac",22.01083,+42.03356,1950,0., 0.,210,8
8,"PHT51",1.0,"N","BL Lac",22.01083,+42.03356,1950,0., 0.,120,0
9,"CAM05",1.0,"N","3C279",12.89328,-5.18889,1950,0.,0.,900,10
10,"PHT50",1.0,"N","3C279",12.89328,-5.18889,1950,0.,0.,2209,11
11,"PHT51",1.0,"N","3C279",12.89328,-5.18889,1950,0.,0.,274,12
12,"PHT51",1.0,"N","3C279",12.89328,-5.18889,1950,0.,0.,184,0
13,"CAM05",1.0,"N","3C446",22.38639,-05.20472,1950,0.,0.,900,14
14,"PHT50",1.0,"N","3C446",22.38639,-05.20472,1950,0.,0.,2539,15
15,"PHT51",1.0,"N","3C446",22.38639,-05.20472,1950,0.,0.,210,16
16,"PHT51",1.0,"N","3C446",22.38639,-05.20472,1950,0.,0.,120,0
<=== spring_launch_targets ===>
1,"CAM05",1.0,"N","PKS0420-014",04.34542,-01.45778,1950, 0., 0.,900,2
2,"PHT50",1.0,"N","PKS0420-014",04.34542,-01.45778,1950, 0., 0., 2209,3
3,"PHT51",1.0,"N","PKS0420-014",04.34542,-01.45778,1950, 0., 0., 274,4
4,"PHT51",1.0,"N","PKS0420-014",04.34542,-01.45778,1950, 0., 0., 184,0
5,"CAM05",1.0,"N","BL Lac",22.01083,+42.03356,1950,0., 0.,760,6
6,"PHT50",1.0,"N","BL Lac",22.01083,+42.03356,1950,0., 0.,1185,7
7,"PHT51",1.0,"N","BL Lac",22.01083,+42.03356,1950,0., 0.,210,8
8,"PHT51",1.0,"N","BL Lac",22.01083,+42.03356,1950,0., 0.,120,0
9,"CAM05",1.0,"N","3C279",12.89328,-5.18889,1950,0.,0.,900,10
10,"PHT50",1.0,"N","3C279",12.89328,-5.18889,1950,0.,0.,2209,11
11,"PHT51",1.0,"N","3C279",12.89328,-5.18889,1950,0.,0.,274,12
12,"PHT51",1.0,"N","3C279",12.89328,-5.18889,1950,0.,0.,184,0
13,"CAM05",1.0,"N","3C446",22.38639,-05.20472,1950,0.,0.,900,14
14,"PHT50",1.0,"N","3C446",22.38639,-05.20472,1950,0.,0.,2539,15
15,"PHT51",1.0,"N","3C446",22.38639,-05.20472,1950,0.,0.,210,16
16,"PHT51",1.0,"N","3C446",22.38639,-05.20472,1950,0.,0.,120,0
17,"CAM05",1.0,"N","PKS0735+178",07.58722,+17.81917,1950,0.,0.,900,18
18,"PHT50",1.0,"N","PKS0735+178",07.58722,+17.81917,1950,0.,0.,4257,19
19,"PHT51",1.0,"N","PKS0735+178",07.58722,+17.81917,1950,0.,0.,210,20
20,"PHT51",1.0,"N","PKS0735+178",07.58722,+17.81917,1950,0.,0.,184,0