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||<style="color: #FF0000; font-weight: bold;">'''FOR NOW (3/7/2016) JUST A COPY OF RUN4; NEED TO UPDATE WITH CORRECT INFORMATION.'''||

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[[Nika2Run6|Back to the NIKA2 Run 6 main page]]
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last edited by CK 1-Mar-2016, FXD 24-FEB-2016 last edited by CK 1-Mar-2016, FXD 14-SEP-2016
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Here is the full detailed formatted list [[attachment:SourceNIKA2R1.txt|Full list]] with some fluxes. Rename it to NIKA2R1.sou to use it in Pako. Here is the full detailed formatted list [[attachment:SourceNIKA2R5.txt|Full list]] with some fluxes. Rename it to NIKA2R5.sou to use it in Pako.
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=== LST coverage (created with nika2.astro for 10-Mar-2016) === === LST coverage created for 10-OCT-2016 ===
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 3. Strong pointing sources [[attachment:StrongPoiSources.pdf|Strong Pointing Sources]]  3. Strong pointing sources [[attachment:StrongPoiSources.pdf|Strong Pointing Sources]] see also [[attachment:Strong_point_sources_4oct.png]]
 4. Secondary Calibrators (from Lisenfeld+2000) [[attachment:Secondary_calibrators_4oct.png]]
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 1. Radio sources from IRAM catalog [[attachment:nika2-radio.pdf|nika2-radio.pdf]].
 1. Planets, Asteroids, and Secondary Calibrators (from Lisenfeld+2000) [[attachment:nika2-secondaries.pdf|nika2-secondaries.pdf]]
 1. Strong Galactic sources [[attachment:nika2-galactic.pdf|nika2-galactic.pdf]]
 1. Weak Galactic sources [[attachment:nika2-weak-galactic.pdf|nika2-weak-galactic.pdf]]
 1. Nearby galaxies [[attachment:nika2-nearby-galaxies.pdf|nika2-nearby-galaxies.pdf]]
 1. Distant galaxies or faint quasars [[attachment:nika2-distant.pdf|nika2-distant.pdf]]

From previous runs:
 *
Radio sources from IRAM catalog [[attachment:nika2-radio.pdf|nika2-radio.pdf]].
 * Planets, Asteroids, and Secondary Calibrators (from Lisenfeld+2000) [[attachment:nika2-secondaries.pdf|nika2-secondaries.pdf]]
 * Strong Galactic sources [[attachment:nika2-galactic.pdf|nika2-galactic.pdf]]
 * Weak Galactic sources [[attachment:nika2-weak-galactic.pdf|nika2-weak-galactic.pdf]]
 * Nearby galaxies [[attachment:nika2-nearby-galaxies.pdf|nika2-nearby-galaxies.pdf]]
 * Distant galaxies or faint quasars [[attachment:nika2-distant.pdf|nika2-distant.pdf]]
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Uranus and Neptune are well known primary calibrators for photometric calibration and for beam maps. Mars, Jupiter, Saturn can be used for the errorbeams or to map the satellites.
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Mars and Uranus are well known primary calibrators for photometric calibration and for beam maps. Jupiter, Saturn can be used for the errorbeams or to map the satellites. ==== Rough fluxes from Gildas (as for the 10th of October), FXD 14/9/2016 ====
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==== Rough fluxes from Gildas, FXD ====

The following table gives only rough numbers for the fluxes. Note that some are strongly varying in R.A./Dec, distance, flux and brightness temperature.
The following table gives only rough numbers for the fluxes. Note that some are varying in R.A./Dec, distance, flux and brightness temperature.
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||MERCURY ||<)>22:43:41.7350 ||<)> -10:25:12.251 ||<)> 5.01x5.01 ||<)> 426.495 ||<)> 142.793 ||<)> 450 ||
||VENUS ||<)>22:00:13.0011 ||<)> -13:17:06.886 ||<)> 10.88x10.88 ||<)> 2011.39 ||<)> 673.424 ||<)> 350 ||
||MARS ||<)>15:58:45.0861 ||<)> -19:15:55.671 ||<)> 9.49x9.45 ||<)> 721.117 ||<)> 242.987 ||<)> 216.19 ||
||JUPITER ||<)>11:18:21.4499 ||<)> 06:04:59.105 ||<)> 44.39x41.51 ||<)> ||<)> ||<)> 170 ||
||SATURN ||<)>17:00:53.1914 ||<)> -21:00:24.540 ||<)> 16.71x14.91 ||<)> ||<)> ||<)> 150 ||
||URANUS ||<)>01:10:09.4773 ||<)> 06:47:44.651 ||<)> 3.36x3.26 ||<)> 36.4466 ||<)> 15.2768 ||<)> 93 @1mm, 113 @2mm ||
||NEPTUNE ||<)>22:46:56.5421 ||<)> -08:35:35.276 ||<)> 2.17x2.11 ||<)> 15.2350 ||<)> 6.38585 ||<)> 93 @1mm, 113 @2mm (yes, same as Uranus) ||
||MERCURY ||<)> 11:51:44.9196 ||<)> 02:56:00.150 ||<)> 5.93 x 5.93 ||<)> 597.5 ||<)> 200.1 ||<)> 450 ||
||VENUS ||<)> 14:47:06.2781 ||<)> -16:34:10.983 ||<)> 12.35 x 12.35 ||<)> 2591.6 ||<)> 867.7 ||<)> 350 ||
||MARS ||<)> 18:23:47.8701 ||<)> -25:40:05.564 ||<)> 8.56 x 8.52 ||<)> 586.4 ||<)> 197.6 ||<)> 216.19 ||
||JUPITER ||<)> 12:22:15.7663 ||<)> -01:12:49.785 ||<)> 30.56 x 28.58 ||<)> ||<)> ||<)> 170 ||
||SATURN ||<)> 16:42:35.4635 ||<)> -20:48:14.213 ||<)> 15.74 x 14.04 ||<)> ||<)> ||<)> 150 ||
||URANUS ||<)> 01:25:44.5719 ||<)> 08:18:55.917 ||<)> 3.69 x 3.58 ||<)> 43.96 ||<)> 18.42 ||<)> 93 @1mm, 113 @2mm ||
||NEPTUNE ||<)> 22:46:40.7347 ||<)> -08:42:41.192 ||<)> 2.30 x 2.24 ||<)> 17.143 ||<)> 7.185 ||<)> 93 @1mm, 113 @2mm (yes, same as Uranus) ||
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see the [[http://www.iram.fr/wiki/nika2/index.php/CommissioningNIKA2#Detailed_plan|private wiki]]
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== Focus session ==

See L. Perotto J.F Lestrade for more information

=== Preparation ===

 1. Source = Uranus (QSO of a few Janskies OK)
 2. Do a pointing
 3. Check proper Z,X,Y focus at the center of the array

=== Session Focus z across the FoV ===

==== first focus at the centre of the array ====

{{{
offset -24.5 3.4 /sys nasmyth

@focusOTF
}}}

 *enter 0 as the central focus z value
 *proceed to the RTA
 *reduce the scans with :

{{{
nk_rta, '20160312s1', /nas, /xyguess, /largemap, rmax_keep=30, radius=35, /nopng
}}}

When the 5 scans are done :
{{{
nk_focus_liss_old, '20160312s'+strtrim([1,2,3,4,5], 2), /nas, /xyguess, rmax_keep=30, get_focus_error=1, imzoom=1
}}}

 * read the optimal z focus
 * if dz > 0.3 ou dz < -0.3 redo @focusOTF with the actual optimal z focus

==== focus away from the centre (18 points) ====

 * P1 a P7 : 1st diagonal ( \ )
 * Q1 a Q6 : 2nd diagonal ( / )
 * C1 a C4 : circle

|| P1 || {{{ offset 81.2 -104.6 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| P2 || {{{ offset 43.8 -69.2 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| P0 || {{{ offset -24.5 3.4 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| P3 || {{{ offset 25.9 -39.1 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| P4 || {{{ offset -53.3 41.5 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| P0 || {{{ offset -24.5 3.4 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| P5 || {{{ offset -89.7 68.1 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| P6 || {{{ offset -118.5 106.7 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| P0 || {{{ offset -24.5 3.4 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| P7 || {{{ offset -143.6 125.8 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| Q1 || {{{ offset -120.2 -89.8 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| P0 || {{{ offset -24.5 3.4 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| Q2 || {{{ offset -79.6 -55.4 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| Q3 || {{{ offset -54.0 -39.0 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| P0 || {{{ offset -24.5 3.4 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| Q4 || {{{ offset 25.2 49.7 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| Q5 || {{{ offset 57.9 81.7 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| P0 || {{{ offset -24.5 3.4 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| Q6 || {{{ offset 82.3 106.5 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| C1 || {{{ offset -123.7 3.8 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| P0 || {{{ offset -24.5 3.4 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| C2 || {{{ offset 63.4 14.1 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| C3 || {{{ offset -22.3 -84.7 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| C4 || {{{ offset -28.6 107.4 /sys nasmyth }}} || {{{ @focusOTF }}} ||
|| P0 || {{{ offset -24.5 3.4 /sys nasmyth }}} || {{{ @focusOTF }}} ||
see the [[http://www.iram.fr/wiki/nika2/index.php/NIKA2Commissioning_Observation_Plan_for_Run5 |private wiki]]

Useful information for observations

Back to the NIKA2 Run 5 main page Back to the NIKA2 Run 6 main page

List of Astronomical Targets for NIKA2 (from NIKA2R1.sou)

last edited by CK 1-Mar-2016, FXD 14-SEP-2016

Here is the full detailed formatted list Full list with some fluxes. Rename it to NIKA2R5.sou to use it in Pako.

LST coverage created for 10-OCT-2016

  1. Planets planets

  2. Strong Galactic sources Strong Gal. Sources

  3. Strong pointing sources Strong Pointing Sources see also Strong_point_sources_4oct.png

  4. Secondary Calibrators (from Lisenfeld+2000) Secondary_calibrators_4oct.png

From previous runs:

Details on planets and asteroids

Uranus and Neptune are well known primary calibrators for photometric calibration and for beam maps. Mars, Jupiter, Saturn can be used for the errorbeams or to map the satellites.

Rough fluxes from Gildas (as for the 10th of October), FXD 14/9/2016

The following table gives only rough numbers for the fluxes. Note that some are varying in R.A./Dec, distance, flux and brightness temperature.

Name

Right Ascension

Declination

Diam (arcsec)

Flux @ 1.15 mm Jy

Flux @ 2.00 mm

TB K

MERCURY

11:51:44.9196

02:56:00.150

5.93 x 5.93

597.5

200.1

450

VENUS

14:47:06.2781

-16:34:10.983

12.35 x 12.35

2591.6

867.7

350

MARS

18:23:47.8701

-25:40:05.564

8.56 x 8.52

586.4

197.6

216.19

JUPITER

12:22:15.7663

-01:12:49.785

30.56 x 28.58

170

SATURN

16:42:35.4635

-20:48:14.213

15.74 x 14.04

150

URANUS

01:25:44.5719

08:18:55.917

3.69 x 3.58

43.96

18.42

93 @1mm, 113 @2mm

NEPTUNE

22:46:40.7347

-08:42:41.192

2.30 x 2.24

17.143

7.185

93 @1mm, 113 @2mm (yes, same as Uranus)

Accurate fluxes

For accurate fluxes, use the following predictions from recent planetary models:

  • For Uranus and Neptune:
  • For Mars:
    • Visit the web page of Emmanuel Lelloche. It will ask for the HPBW at 300 GHz which is ~8" at the 30m.

For asteroids, please check the information compiled here on the Pointing sources and calibrators wiki page by IH.


Interface with the telescope: Pako

Short manual on useful "Pako for Nika" see on Granada computers on the NIKA directory Pako_helpv??.txt ==> Obsolete. Has been replaced by much simpler procedures listed on the control computers screen wallpaper:

NIKA2_Wallpaper.PNG

- Pako scripts are in the Pako subdirectory

- Before starting the pointing session, we may be requested to move the azimuth by 60deg to reset the inclinometer of the az axis.

- Always stay at more that 1 deg from the Sun. There are internal safeties that prevent the antenna to point to the Sun, but we may not get error messages.

- The antenna can point between 60 and 460 degrees in azimuth, between 20 and 80 degrees in elevation.

- If a source is available both at low and high azimuth, use command SET TOPO LOW (or SET TOPO HIGH) to stay on the source without moving.

- The minimum number of sources to observe for the pointing model is 15. 30 is good enough.

- the pointing sources should be observed on 'short' period, e.g. 3-4 hours to avoid daily pointing variations.

Commissioning requirements and observations plan

see the private wiki

ListOfAstroTargetNika2Run5 (last edited 2016-10-28 16:07:59 by NikaBolometer)