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unwise [2023/04/11 10:47]
Déborah Paradis
unwise [2023/08/18 11:38] (current)
Déborah Paradis
Line 15: Line 15:
 data is a new set of coadds of the WISE images. These images retain the intrinsic resolution of the data and are appropriate for photometry preserving the available signal-to-noise. ​ data is a new set of coadds of the WISE images. These images retain the intrinsic resolution of the data and are appropriate for photometry preserving the available signal-to-noise. ​
  
-CADE provides HEALPix maps of the unWISE data, smoothed to the resolution of 2' and 4'​. ​+CADE provides HEALPix maps of the unWISE data, smoothed to the resolution of 2' and 4', in units of MJy/srOriginal units have been converted from Vega to AB 
 +magnitudes using offsets of ∆m = 2.683, 3.319, 5.242, 
 +and 6.604 mag for WISE bands 1, 2, 3, and 4. Then, 
 +the AB magnitudes have been converted to Jy taking a flux 
 +density of 3631 Jy at an apparent AB magnitude of 
 +0 mag and using the unWISE zero point of 22.5 mag (see Eq. 15 from Leroy et al., 2019).\\
  
 +Healpix maps made by D. Paradis.
  
 +^  __**unWISE W1**__ ​ ^  __**unWISE W2**__ ​ ^
 +|  <​html><​div id="​aladin-lite-div-unwisew1"​ class="​aladin-lite-container"></​div></​html> ​ |  <​html><​div id="​aladin-lite-div-unwisew2"​ class="​aladin-lite-container"></​div></​html> ​ |
 +
 +
 +=== References ===
 +  * '​unWISE:​ UNBLURRED COADDS OF THE WISE IMAGING'​ by Lang, D, 2014, AJ, 147, 108. https://​ui.adsabs.harvard.edu/​abs/​2014AJ....147..108L/​
 +  * '​Initial Performance of the NEOWISE Reactivation Mission'​ , by Mainzer, A., et al., 2014, ApJ, 792, 30 https://​ui.adsabs.harvard.edu/​abs/​2014ApJ...792...30M/​
 +  * '​NEOWISE Observations of Near-Earth Objects: Preliminary Results ' by Mainzer, A., et al., 2011, ApJ, 743, 156  https://​ui.adsabs.harvard.edu/​abs/​2011ApJ...743..156M/​
 +  * 'A z = 0 Multiwavelength Galaxy Synthesis. I. A WISE and GALEX Atlas of Local Galaxies',​ Leroy, A., et al., 2019, ApJS, 244, 24 https://​ui.adsabs.harvard.edu/​abs/​2019ApJS..244...24L/​
 +
 +=== Maps ===
 3.4 microns : \\ 3.4 microns : \\
 - 2 arcmin: [[http://​cade.irap.omp.eu/​documents/​Ancillary/​UNWISE/​UNWISE_W1_2arcm_1_4096.fits|UNWISE_W1_2arcm_1_4096.fits]] \\ - 2 arcmin: [[http://​cade.irap.omp.eu/​documents/​Ancillary/​UNWISE/​UNWISE_W1_2arcm_1_4096.fits|UNWISE_W1_2arcm_1_4096.fits]] \\
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 - 2 arcmin: [[http://​cade.irap.omp.eu/​documents/​Ancillary/​UNWISE/​UNWISE_W4_2arcm_1_4096.fits|UNWISE_W4_2arcm_1_4096.fits]] \\ - 2 arcmin: [[http://​cade.irap.omp.eu/​documents/​Ancillary/​UNWISE/​UNWISE_W4_2arcm_1_4096.fits|UNWISE_W4_2arcm_1_4096.fits]] \\
 - 4 arcmin: [[http://​cade.irap.omp.eu/​documents/​Ancillary/​UNWISE/​UNWISE_W4_4arcm_1_2048.fits|UNWISE_W4_4arcm_1_2048.fits]] \\ - 4 arcmin: [[http://​cade.irap.omp.eu/​documents/​Ancillary/​UNWISE/​UNWISE_W4_4arcm_1_2048.fits|UNWISE_W4_4arcm_1_2048.fits]] \\
 +
 +<​html>​
 +<script src="​lib/​scripts/​aladin-btns.js"></​script>​
 +<​script>​
 +// Broadcast a table given a hub connection.
 +var unwisew1 = function(connection) {
 +    var msg = new samp.Message("​image.load.fits",​
 +    {"​url":​ "​http://​cade.irap.omp.eu/​documents/​Ancillary/​UNWISE/​UNWISE_W1_2arcm_1_4096.fits","​name":"​unWISE W1"} );
 +    connection.notifyAll([msg]);​
 +};
 +var unwisew2 = function(connection) {
 +      var msg = new samp.Message("​image.load.fits",​
 +      {"​url":​ "​http://​cade.irap.omp.eu/​documents/​Ancillary/​UNWISE/​UNWISE_W1_2arcm_1_4096.fits","​name":"​unWISE W2"} );
 +      connection.notifyAll([msg]);​
 +};
 +// Aladin visualizations
 +jQuery().ready(function($){
 +    var aladin_01 = A.aladin('#​aladin-lite-div-unwisew1',​ {zoom:​170});​
 +    aladin_01.setFrame('​Galactic'​);​
 +    aladin_01.gotoPosition(0,​ 0);
 +    aladin_01.setImageSurvey(aladin_01.createImageSurvey(
 +        '​UNWISE_W1',​ '​UNWISE_W1',​
 +        '​http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​UNWISE_W1/',​
 +        '​Galactic',​ 3
 +    ));
 +    aladin_01.getBaseImageLayer().getColorMap().update('​rainbow'​);​
 +
 +    var aladin_02 = A.aladin('#​aladin-lite-div-unwisew2',​ {zoom:​170});​
 +    aladin_02.setFrame('​Galactic'​);​
 +    aladin_02.gotoPosition(0,​ 0);
 +    aladin_02.setImageSurvey(aladin_02.createImageSurvey(
 +        '​UNWISE_W2',​ '​UNWISE_W2',​
 +        '​http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​UNWISE_W2/',​
 +        '​Galactic',​ 3
 +    ));
 +    aladin_02.getBaseImageLayer().getColorMap().update('​rainbow'​);​
 +});
 +</​script>​
 +</​html>​
 +
 +===HiPS ===
 +
 +Enter the following URLs in Aladin ("​Files"​ then "Use directly a URL"):
 +http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​UNWISE_W1 \\
 +http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​UNWISE_W2 \\
 +http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​UNWISE_W3 \\
 +http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​UNWISE_W4 \\
 +
 +
 +=== Original WCS Data ===
 +http://​unwise.me/​data/​