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Does the Neupert Effect really apply here? This is a comparison of the differentiated soft X-ray signal in the ESP zeroth-order record (red) with the RHESSI >100 keV counting rate (blue). We can see similar features, and both leads and lags, but also striking discrepancies. On the other hand, both time series start and stop in the impulsive phase of the flare, so on the longer time scales the Neupert Effect works well. In detail, the discrepancies are probably very interesting when studied using AIA images.
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| Date/Time | Thumbnail | Dimensions | User | Comment | |
|---|---|---|---|---|---|
| current | 20:45, 10 May 2011 | | 1,020×566 (63 KB) | Hhudson (Talk | contribs) | (Does the Neupert Effect really apply here? This is a comparison of the differentiated soft X-ray signal in the ESP zeroth-order record (red) with the RHESSI >100 keV counting rate (blue). We can see similar features, and both leads and lags, but also stri) |
| 09:45, 9 May 2011 |  | 1,400×1,000 (20 KB) | Hhudson (Talk | contribs) | (Does the Neupert Effect really apply here? This is a comparison of the differentiated soft X-ray signal in the ESP zeroth-order record (red) with the RHESSI >100 keV counting rate (blue). We can see similar features, and both leads and lags, but also stri) |
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