Energetics of a Simulated 3D Eruption Using the Predictive Science, Inc MAS Code
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Energetics of a Simulated 3D Eruption Using the Predictive Science, Inc MAS Code K. K. Reeves 1 , Z. Mikić 2 , Tibor Török 2 and J. A. Linker 2 1 Harvard-Smithsonain CfA, 2 Predictive Science, Inc. We examine the energy flow in a three-dimensional simulation of a coronal mass ejection (CME). The CME is simulated using the Predictive Science Inc., MAS code. Various forms of energy are tracked as a function of time over the whole simulation volume as the eruption progresses. Current sheets are mapped to begin the process of locating the site of energy release for the simulated flare. We also calculate the response of the 6 EUV channels from the AIA Current sheet
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Energetics of a Simulated 3D Eruption Using the Predictive Science, Inc MAS Code. K. K. Reeves 1 , Z. Mikić 2 , Tibor Török 2 and J. A. Linker 2 1 Harvard-Smithsonain CfA, 2 Predictive Science, Inc. . Current sheet. - PowerPoint PPT Presentation
Transcript of Energetics of a Simulated 3D Eruption Using the Predictive Science, Inc MAS Code
Energetics of a Simulated 3D Eruption Using the Predictive Science, Inc MAS Code
K. K. Reeves1, Z. Mikić2, Tibor Török2 and J. A. Linker2
1Harvard-Smithsonain CfA, 2Predictive Science, Inc.
We examine the energy flow in a three-dimensional simulation of a coronal mass ejection (CME). The CME is simulated using the Predictive Science Inc., MAS code. Various forms of energy are tracked as a function of time over the whole simulation volume as the eruption progresses. Current sheets are mapped to begin the process of locating the site of energy release for the simulated flare. We also calculate the response of the 6 EUV channels from the AIA telescopes on SDO during the simulated eruption.
Current sheet
