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Where's That Flare: A Comprehensive Hard X-Ray Solar Flare Catalog

Merhi, Maya

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  "publisher": "Zenodo", 
  "DOI": "10.5281/zenodo.1486235", 
  "title": "Where's That Flare: A Comprehensive Hard X-Ray Solar Flare Catalog", 
  "issued": {
    "date-parts": [
  "abstract": "<p>We have created a hard x-ray solar flare catalog using short channel wavelength&nbsp;bands of 0.5 to 4 &Aring; from NOAA&rsquo;s Geostationary Operational Environmental&nbsp;Satellites (GOES) X-Ray Sensor (XRS) data for 2003 to 2018.&nbsp;The Where&rsquo;s That Flare (WTF) catalog was developed using an automated&nbsp;algorithm designed to use changes in the derivative of the hard X-ray flux to&nbsp;identify flares. Intended to provide a complete archive of all hard X-ray solar&nbsp;flare events in GOES XRS data, the WTF catalog (novelly for the hard Xray)&nbsp;distinguishes between &quot;simple&quot; single peak flare events and &quot;complex&quot;&nbsp;multi-peak flare events and is sensitive to small flares near the background&nbsp;level. To account for the varying background level of the hard X-ray flux,&nbsp;the detection algorithm dynamically adapts to the local background to detect&nbsp;flares of all sizes and complexities. A statistical analysis of flare characteristics&nbsp;was performed on the WTF catalog investigating correlations between&nbsp;total energy, flare duration, peak flux, peak time, rise time, decay time, as&nbsp;well as characteristics of complex events such as number of peaks per complex&nbsp;event. Frequency distributions of total energy, flare duration, and number&nbsp;of peaks per complex event were also investigated and fit with power laws&nbsp;where applicable.</p>", 
  "author": [
      "family": "Merhi, Maya"
  "note": "This work is supported by NSF-REU Solar Physics program at SAO, grant\nnumber AGS-1560313.", 
  "type": "speech", 
  "id": "1486235"
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