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Here is a collection of Pako scripts to gain time and have a reference on the observations we will do (to use them rename the files without the .txt): Here is a collection of Pako scripts to gain time and have a reference on the observations we will do (to use them rename the files without the .txt, 2nd version updated with slower mapping speed to minimize tracking errors):
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[[attachment:OTF_small_resol.pako.txt]] => OTFMAP 120"x60" in 15 subscan x 10 s ~= 2.5+0.5 min (12"/s) with 2.6 samples (subscan step) per convolved HPBW @ 1mm (for focus & quick point source) [[attachment:OTF_small_resol2.pako.txt]] => OTFMAP 120"x60" in 12 subscan x 12 s ~= 3 min (10"/s) with 2 samples (subscan step) per convolved 1mm HPBW (for focus & quick point source)
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[[attachment:OTF_big_resol.pako.txt]] => OTFMAP 220"x220" in 55 subscan x 20 s ~= 18.5+2.5 min (11"/s) with 2.6 samples (subscan step) per convolved HPBW @ 1mm (for pixel map) [[attachment:OTF_big_resol2.pako.txt]] => OTFMAP 220"x220" in 55 subscan x 26 s ~= 28 min (8.5"/s) with 2.6 samples (subscan step) per convolved 1mm HPBW (for pixel map)
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[[attachment:OTF_big_fast.pako.txt]] => OTFMAP 220"x220" in 22 subscan x 16 s ~= 6+1 min (14"/s) with 1 sample (subscan step) per convolved HPBW @ 1mm (for quick source search pixel map) [[attachment:OTF_big_fast2.pako.txt]] => OTFMAP 220"x220" in 22 subscan x 20 s ~= 9 min (11"/s) with 1 sample (subscan step) per convolved 1mm HPBW @ (for quick source search pixel map)
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[[attachment:OTF_big_extended.pako.txt]] => OTFMAP 364"x364" in 54 subscan x 27 s ~= 24+4 min (12.4"/s) with 1.7 samples (subscan step) per convolved HPBW @ 1mm (for extended source < 5.4') [[attachment:OTF_big_extended2.pako.txt]] => OTFMAP 300"x300" in 50 subscan x 30 s ~= 29 min (10"/s) with 1.7 samples (subscan step) per convolved 1mm HPBW (for extended source < 5')

List of Astronomical Target for Nika Oct 2011 run3

FXD: Final version before run (12/10/2011), SL update Pako help and IRAM pointing sources (14/10/2011)

Back to the NIKA run3 page

1. Planets Mars, Venus (too big, 57 arcsec), Uranus, Neptune for photometric calibration (primary calibrators)

Name

Right Ascension

Declination

Size (arcsecond diameter)

Flux @ 1.25 mm

Flux @ 2.05 mm

MARS

09:27:52.1030

16:28:10.206

5.62 * 5.59

201.1 Jy

75.6 Jy

URANUS

00:07:04.4071

-00:04:03.960

3.65 * 3.54

53.25 Jy

20.14 Jy

NEPTUNE

22:02:24.0220

-12:36:20.471

2.27 * 2.21

19.53 Jy

7.39 Jy

Here are the ephemerides for the planets

and the other objects LST Pointing quasars Strong galactic sources Weak galactic sources External galaxies High-z galaxies Clusters of galaxies

2. Usual bright quasars

  • for image quality and linearity checks

3. List of bright ultracompact HII regions

  • for photometric calibration checks (secondary calibrators)

4. Extended emission from

  • Herschel new sources
  • bright galaxies M87 (again), M82, others
  • less bright NGC1068 22mJy at 1.3mm rising to 36 at 3mm
  • --> Need fast speed scanning to reduce 1/f residual noise

5. Faint quasars in the 10 mJy range at 1mm (use Omont&Cox + Herschel list)

  • test detectability in faint source mode: e.g.
  • J075618.14+410408.6 z= 5.09 20.15 1.3 mm 5.5 ± 0.5 Wang et al 2008, ApJ, 135, 1201
  • J092721.82+200123.7 z= 5.77 19.87g 1.3 mm 5.0 ± 0.8 mJy 3.5 mm: 0.12 ± 0.03 mJy
  • IRAS F10214+4724 = SDSS J102434.56+470909.5 1.3mm: 10 mJy
  • H1413+517 14h15m46.240s +11d29m43.40s z=2.558 1.3mm 18+-2 mJy

6 Cluster of galaxies:

  • Main target MS0451, 04h54m11.0s, -03d00'53", z=0.55, y0=3E-4, rc=60" seen by ; Bolocam, ACT, CARMA
  • other targets include
    • RXJ1347-1145 (maybe too close to the sun), A665, A2163 and CL0016+16
    If sensitivity allows demonstrate the ability to map clusters (one of the main scientific goals of this camera).

7. Blind survey

Field coordinates

Aztec1 09h59m42.86s, +02d29'38.2", z=4.65, S1.3mm= 9.4+-1.6 mJy, S850=16mJy, Smolcic 2011, ApJL 731, L27

and/or

GN20 12h37m11.90s, +62d22'12.1", z=4.055, S850um=30mJy, 3.3mm=0.33mJy, Daddi et al 2009, ApJ, 694, 1517

Need 10x10 arcmin field with known faint sources. Hope to achieve 1mJy 1sigma in 1 hour with a 2x2 arcmin field of view (times 25 in 25h) : 25hours total

Here is the full detailed formatted list Source_list_fmt2011v2.1.txt with fluxes

Here is the catalog for Pako NIKA2011v2.1.sou.txt has to be RENAMED to NIKA.sou on the pako computer

Here is a list of IRAM pointing sources with fluxes at 3mm and 2mm (I miss fluxes at 1mm, SL) IRAM_pointing_sources_with_fluxes.xls


Here is a short manual on useful "Pako for Nika" commands Pako_helpv5.txt (updated among few other things with the correct project name for this run: t21, and warning about the need for the correct project name for NCS, and some typos)

Here is a collection of Pako scripts to gain time and have a reference on the observations we will do (to use them rename the files without the .txt, 2nd version updated with slower mapping speed to minimize tracking errors):

nini.pako.txt => run the initial series of commands that always have to be run at the beginning of an observing cession

OTF_small_resol2.pako.txt => OTFMAP 120"x60" in 12 subscan x 12 s ~= 3 min (10"/s) with 2 samples (subscan step) per convolved 1mm HPBW (for focus & quick point source)

OTF_big_resol2.pako.txt => OTFMAP 220"x220" in 55 subscan x 26 s ~= 28 min (8.5"/s) with 2.6 samples (subscan step) per convolved 1mm HPBW (for pixel map)

OTF_big_fast2.pako.txt => OTFMAP 220"x220" in 22 subscan x 20 s ~= 9 min (11"/s) with 1 sample (subscan step) per convolved 1mm HPBW @ (for quick source search pixel map)

OTF_big_extended2.pako.txt => OTFMAP 300"x300" in 50 subscan x 30 s ~= 29 min (10"/s) with 1.7 samples (subscan step) per convolved 1mm HPBW (for extended source < 5')

ListAstroTargetNika3 (last edited 2011-10-24 01:14:59 by NikaBolometer)