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grs [2022/01/20 11:42]
ahughes
grs [2023/09/22 10:00]
Déborah Paradis
Line 1: Line 1:
-====== The BU-FCRAO Galactic Ring Survey ======+====== The BU-FCRAO Galactic Ring Survey ​(GRS) ======
  
-The Boston University-Five College Radio Astronomy Observatory Galactic Ring Survey (GRS) was a survey of  13CO(1-0) emission in the Milky Way covering a longitude range of l = (+18°,​+55.7°) and a latitude range of |b| < 1°. The total survey area is 75.4 square degrees. The angular resolution was 4''  ​and a velocity resolution of 0.21 km/s. The survey'​s velocity coverage was -5 to 135 km/s for Galactic longitudes l ≤ 40° and -5 to 85 km s-1 for Galactic longitudes l > 40°. The typical rms sensitivity per channel of the data cubes is σ(T) = 0.13 K . CADE serves a 13CO(1-0) integrated intensity and a 13CO(1-0) peak brightness map of the full GRS region. ​+The Boston University-Five College Radio Astronomy Observatory Galactic Ring Survey (GRS) was a survey of  13CO(1-0) emission in the Milky Way covering a longitude range of l = (+18°,​+55.7°) and a latitude range of |b| < 1°. The total survey area is 75.4 square degrees. The angular resolution was 46 arcseconds ​and a velocity resolution of 0.21 km/s. The survey'​s velocity coverage was -5 to 135 km/s for Galactic longitudes l ≤ 40° and -5 to 85 km s-1 for Galactic longitudes l > 40°. The typical rms sensitivity per channel of the data cubes is σ(T) = 0.13 K . CADE serves a 13CO(1-0) integrated intensity and a 13CO(1-0) peak brightness map of the full GRS region. ​
  
-=== References ​=== +Healpix maps made y A. Hughes. 
-  * 'The Boston University-Five College Radio Astronomy Observatory Galactic Ring Survey'​ by Jackson, J. et al, 2006, ApJS, 163, 145+ 
 +=== Reference ​=== 
 +  * 'The Boston University-Five College Radio Astronomy Observatory Galactic Ring Survey'​ by Jackson, J. et al, 2006, ApJS, 163, 145 https://​ui.adsabs.harvard.edu/​abs/​2006ApJS..163..145J/​ 
 + 
 +^  __**13CO Integrated Intensity**__ ​ ^  __**13CO TPK**__ ​ ^ 
 +|  <​html><​div id="​aladin-lite-div-grsmom0"​ class="​aladin-lite-container"></​div></​html> ​ |  <​html><​div id="​aladin-lite-div-grstpk"​ class="​aladin-lite-container"></​div></​html> ​ |
  
 === Maps === === Maps ===
  
-13CO Integrated Intensity : [[http://​cade.irap.omp.eu/​documents/​Ancillary/​AKARI/AKARI_65_1_4096.fits|AKARI_65_1_4096.fits]]+13CO Integrated Intensity : [[http://​cade.irap.omp.eu/​documents/​Ancillary/​GRS/GRS_13CO_MOM0_1_16384_partial.fits|GRS_13CO_MOM0_1_16384_partial.fits]]
 <​html>​ <​html>​
-<button class="​aladin-btn"​ type="​button"​ onclick="​connector.runWithConnection(akari65)">​Aladin</​button>​ +<button class="​aladin-btn"​ type="​button"​ onclick="​connector.runWithConnection(grsmom0)">​Aladin</​button>​ 
-</​html>​+</​html> ​\\
  
-13CO Peak Brightness : [[http://​cade.irap.omp.eu/​documents/​Ancillary/​AKARI/AKARI_WideS_1_4096.fits|AKARI_WideS_1_4096.fits]]+13CO Peak Brightness : [[http://​cade.irap.omp.eu/​documents/​Ancillary/​GRS/GRS_13CO_TPK_1_16384_partial.fits|GRS_13CO_TPK_1_16384_partial.fits]]
 <​html>​ <​html>​
-<button class="​aladin-btn"​ type="​button"​ onclick="​connector.runWithConnection(akari90)">​Aladin</​button>​ +<button class="​aladin-btn"​ type="​button"​ onclick="​connector.runWithConnection(grstpk)">​Aladin</​button>​ 
-</​html>​ +</​html> ​\\
- +
-===HiPS === +
- +
-For the corresponding HIPS, unzip the directory and put it directly in an Aladin window to display the map +
- +
-13CO Integrated Intensity : [[http://​cade.irap.omp.eu/​documents/​Ancillary/​hips_zip/​AKARI_65_SIGMA.zip| AKARI_65_SIGMA.zip]] +
- +
-13CO Peak Brightness : [[http://​cade.irap.omp.eu/​documents/​Ancillary/​hips_zip/​AKARI_WideS_SIGMA.zip| AKARI_WideS_SIGMA.zip]]+
  
  
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 <​script>​ <​script>​
 // Broadcast a table given a hub connection. // Broadcast a table given a hub connection.
-var akari65 ​= function(connection) {+var grsmom0 ​= function(connection) {
     var msg = new samp.Message("​image.load.fits",​     var msg = new samp.Message("​image.load.fits",​
-    {"​url":​ "​http://​cade.irap.omp.eu/​documents/​Ancillary/​AKARI/AKARI_65_1_4096.fits","​name":"​AKARI 65mic"} );+    {"​url":​ "​http://​cade.irap.omp.eu/​documents/​Ancillary/​GRS/GRS_13CO_MOM0_1_16384_partial.fits","​name":"​GRS 13CO(1-0) MOM0"} );
     connection.notifyAll([msg]);​     connection.notifyAll([msg]);​
 }; };
-var akari90 ​= function(connection) {+var grstpk ​= function(connection) {
       var msg = new samp.Message("​image.load.fits",​       var msg = new samp.Message("​image.load.fits",​
-      ​{"​url":​ "​http://​cade.irap.omp.eu/​documents/​Ancillary/​AKARI/AKARI_WideS_1_4096.fits","​name":"​AKARI 90mic"} );+    ​{"​url":​ "​http://​cade.irap.omp.eu/​documents/​Ancillary/​GRS/GRS_13CO_TPK_1_16384_partial.fits","​name":"​GRS 13CO(1-0) TPEAK"} );
       connection.notifyAll([msg]);​       connection.notifyAll([msg]);​
 }; };
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 // Aladin visualizations // Aladin visualizations
 jQuery().ready(function($){ jQuery().ready(function($){
-    var aladin_01 = A.aladin('#​aladin-lite-div-akari65', {zoom:​170});​+    var aladin_01 = A.aladin('#​aladin-lite-div-grsmom0', {zoom:​170});​
     aladin_01.setFrame('​Galactic'​);​     aladin_01.setFrame('​Galactic'​);​
-    aladin_01.gotoPosition(0, 0);+    aladin_01.gotoPosition(38, 0);
     aladin_01.setImageSurvey(aladin_01.createImageSurvey(     aladin_01.setImageSurvey(aladin_01.createImageSurvey(
-        'AKARI_65', 'AKARI_65', +        'GRS_MOM0', 'GRS_MOM0', 
-        '​http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​AKARI_65/',+        '​http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​GRS_MOM0/',
         '​Galactic',​ 3         '​Galactic',​ 3
     ));     ));
     aladin_01.getBaseImageLayer().getColorMap().update('​rainbow'​);​     aladin_01.getBaseImageLayer().getColorMap().update('​rainbow'​);​
  
-    var aladin_02 = A.aladin('#​aladin-lite-div-akari160', {zoom:​170});​+    var aladin_02 = A.aladin('#​aladin-lite-div-grstpk', {zoom:​170});​
     aladin_02.setFrame('​Galactic'​);​     aladin_02.setFrame('​Galactic'​);​
-    aladin_02.gotoPosition(0, 0);+    aladin_02.gotoPosition(38, 0);
     aladin_02.setImageSurvey(aladin_02.createImageSurvey(     aladin_02.setImageSurvey(aladin_02.createImageSurvey(
-        'AKARI_160', 'AKARI_160', +        'GRS_TPK', 'GRS_TPK', 
-        '​http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​AKARI_160/',+        '​http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​GRS_TPK/',
         '​Galactic',​ 3         '​Galactic',​ 3
     ));     ));
Line 68: Line 65:
 </​html>​ </​html>​
  
-=== Known Issues ===+/*=== Known Issues ===
  
  
 === Version History === === Version History ===
-  * v1 CADE maps, January 2022+  * v1 CADE maps, January 2022*/ 
 + 
 +===HiPS === 
 +Enter the following URLs in Aladin ("​Files"​ then "Use directly a URL"​):​ 
 +http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​GRS_MOM0 \\ 
 +http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​GRS_TPK \\ 
  
 === Original WCS Data === === Original WCS Data ===