@article{irbahHowEarthAtmospheric2012,
  title = {How {{Earth}} Atmospheric Radiations May Affect Astronomical Observations from Low-Orbit Satellites},
  volume = {8442},
  issn = {0277-786X},
  doi = {10.1117/12.925747},
  abstract = {Telescopes are placed on spacecrafts to avoid the effects of the Earth\$\textbackslash{}backslash\$natmosphere on astronomical observations (turbulence, extinction ... ).\$\textbackslash{}backslash\$nAtmospheric effects however may subsist when satellites are launched in\$\textbackslash{}backslash\$nlow orbits, typically mean altitudes of the order of 700 km. We will\$\textbackslash{}backslash\$npresent first in this paper how we are able to estimate the mean Earth\$\textbackslash{}backslash\$nradiation flux when we consider temperature housekeeping data recorded\$\textbackslash{}backslash\$nwith a specific space solar mission having this orbit property. We will\$\textbackslash{}backslash\$nshow after how some solar parameters extracted from images recorded with\$\textbackslash{}backslash\$nthe on-board telescope are correlated with the Earth atmospheric\$\textbackslash{}backslash\$nradiation flux. We will also present how we find the limits of the South\$\textbackslash{}backslash\$nAtlantic Anomaly from affected images.},
  issue = {September 2015},
  journaltitle = {Space Telescopes and Instrumentation 2012: Optical, Infrared, and Millimeter Wave},
  date = {2012},
  author = {Irbah, a and Meftah, M and Hauchecorne, a and Cisse, E M and Lin, M and Rouze, M and Team, Picard},
  file = {/home/dimitri/Nextcloud/Zotero/storage/8VDUU9C5/Irbah et al. - 2012 - How Earth atmospheric radiations may affect astronomical observations from low-orbit satellites.pdf}
}