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• References2
  title = {Planck 2013 results: All-sky model of thermal dust emission}, title = {Simulation of the Planck-HFI thermal control system},
  41 KB (5,629 words) - 13:51, 18 July 2014
• LFIAppendix
  ...ile at FEM level the temperature is 20K. The waveguides have to reduce the thermal flow from 300K to 20K. In Fig. 1 (left panel) of [[LFI overview| LFI overvi ...s 20K. Along the Stainless Steel section the waveguides have to reduce the thermal flow from 300K to 20K. The Stainless Steel waveguide is connected to all th
  59 KB (9,067 words) - 10:10, 23 July 2014
• Astrophysical component maps test
  ====Thermal dust==== Thermal dust at Nside 256: COM_CompMap_dust-commrul_0256_R1.00.fits
  22 KB (2,713 words) - 18:48, 1 March 2013
• LFI overview
  ...g|thumb|center|600px|'''Figure 1. Left Panel: the LFI instrument with main thermal stages, focal plane, waveguides and sorption cooler piping highlighted. Rig
  3 KB (479 words) - 16:15, 22 July 2014
• CMB and astrophysical component maps
  ; Thermal dust * Thermal dust at N$_\rm{side}$ 256: {{PLASingleFile|fileType=map|name=COM_CompMap_du
  55 KB (8,302 words) - 09:26, 20 June 2016
• Changelog
  ...ection in [[CMB and astrophysical component maps]] with details of the new thermal dust maps.
  6 KB (847 words) - 15:07, 24 July 2014
• Changelog (pdf)
  ...ection in [[CMB and astrophysical component maps]] with details of the new thermal dust maps.
  5 KB (657 words) - 16:33, 1 October 2014
• The spacecraft
  ...d radiative cooling; and three conical “V-groove” baffles that provide thermal and radiative insulation between the warm service module and the cold teles ...arious equipment and instruments housed in it with suitable mechanical and thermal environments during launch and orbit. It is formed by an octagonal box, bui
  14 KB (2,142 words) - 14:23, 22 July 2014

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