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20181029_beam_sidelobes_conviqt_simulation

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20181029_beam_sidelobes_conviqt_simulation [2018/12/11 14:45] – [Partial cleaning] kyoung20181029_beam_sidelobes_conviqt_simulation [2018/12/11 14:56] (current) kyoung
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   * Power spectra for masked FSL*0.10 + 0.01 uK deg noise: {{::fsl_cls_41prct_sky_a0.10_0.01ukdeg_noise_20181206.png?direct&100|}} (Full CBE mission)   * Power spectra for masked FSL*0.10 + 0.01 uK deg noise: {{::fsl_cls_41prct_sky_a0.10_0.01ukdeg_noise_20181206.png?direct&100|}} (Full CBE mission)
  
-For these power spectra I degraded the FSL map to nside=64 (roughly 1 deg pixels), multiplied by alpha, and added white noise where each map pixel value is drawn from a gaussian with sigma equal to the quoted noise level. The power spectra are calculated using the healpy anafast function.+For these power spectra I multiplied by the FSL map by alpha, added white noise where each map pixel value is drawn from a gaussian with sigma equal to the quoted noise level (scaled to appropriate pixel size, nside=512), and applied the galaxy mask. The power spectra are calculated using the healpy anafast function.
  
 **Bottom line:**  We need to remove about 60% of the sidelobes to get to r of 10^-3 and about 90% to reach r = 10^-4 **Bottom line:**  We need to remove about 60% of the sidelobes to get to r of 10^-3 and about 90% to reach r = 10^-4
20181029_beam_sidelobes_conviqt_simulation.1544561111.txt.gz · Last modified: 2018/12/11 14:45 by kyoung