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ArrateAntunano/Repository-for-the-Characterization-of-Jupiters-Equatorial-Zone-Disturbance V1

Authors: Antuñano, Arrate;

ArrateAntunano/Repository-for-the-Characterization-of-Jupiters-Equatorial-Zone-Disturbance V1

Abstract

Antuñano et al. (2020) used ground-based mid-infrared (8-20 µm) data acquired by VISIR instrument mounted on the VLT in Chile, COMICS instrument mounted on the Subaru telescope on Maunakea (Hawai'i) and MIRSI instrument mounted on the IRTF (Maunakea) between 2005 and 2008 to characterize the variability of tropospheric temperature and aerosol opacity during the 2006-2007 Equatorial Zone disturbance. This repository contains all the cylindrical maps (cmap.fits) and the corresponding emission angle files (mu.fits) used in Antuñano et al. (2020) to compute (i) the zonal-mean brightness temperatures as a function of latitude and date (Figure 4), and (ii) spectral image cubes to derive the vertical profile of temperature and aerosols (Figures 5 and 6). The data is organized by year and wavelength. Note that due to the limit on the files size some of the years are splitted in various files and 'a', 'b' and 'c' are added to the file names (e.g. 2008a_10microns). Important information: Due to the maximum chopping amplitude of 25" of the VLT and the small field of view of the VISIR instrument, the chopping-nodding technique used to remove the sky emission from the VISIR data leads to a region of Jupiter being artificially obscured. This is due to part of Jupiter's thermal emission being subtracted together with the sky emission. Please note that these obscured regions have been corrected in the archived VISIR cylindrical maps by adding back the region of the planet that was previously subtracted. Any uncorrected or spurious pixels added by this technique (e.g. artificially brightening and/or obscuring of some pixels) needs to be omitted when using these data. 2005_8microns.zip 2005_10microns.zip 2005_17microns.zip 2005_18microns.zip 2005_20micron.zip 2006_8microns.zip 2006_10microns.zip 2006_13microns.zip 2006_17microns.zip 2006_18microns.zip 2006_19microns.zip 2007_8microns.zip 2007_13microns.zip 2007_17micorns.zip 2007_18microns.zip 2007_19microns.zip 2007a_10microns.zip 2007b_10microns.zip 2008_8microns.zip 2008_17microns.zip 2008_18microns.zip 2008_19microns.zip 2008a_10microns.zip 2008a_13microns.zip 2008b_10microns.zip 2008b_13microns.zip 2008c_10microns.zip 2008c_13microns.zip

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This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
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