Weekly Report 18Feb2011 25Feb2011

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(MESSENGER Data Analysis Project)
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Time series analysis was done on the 31Dec2007 flare using MESSENGER XRS data. Abundances were measured for various elements over the course of the flare.
Time series analysis was done on the 31Dec2007 flare using MESSENGER XRS data. Abundances were measured for various elements over the course of the flare.
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The following shows the Iron-Nickel abundance as a function of time.
[[File:Fe ni abundance.jpg|center|thumb|400px|The Fe-Ni abundance as a function of time for the 31Dec2007 flare(XRS data)]]
[[File:Fe ni abundance.jpg|center|thumb|400px|The Fe-Ni abundance as a function of time for the 31Dec2007 flare(XRS data)]]
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The following shows the Calcium abundance as a function of time.
[[File:Ca abundance.jpg|center|thumb|400px|The Ca abundance as a function of time for the 31Dec2007 flare(XRS data)]]
[[File:Ca abundance.jpg|center|thumb|400px|The Ca abundance as a function of time for the 31Dec2007 flare(XRS data)]]
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The following shows the Sulfur abundance as a function of time.
[[File:Su abundance.jpg |center|thumb|400px|The Sulfur abundance as a function of time for the 31Dec2007 flare(XRS data)]]
[[File:Su abundance.jpg |center|thumb|400px|The Sulfur abundance as a function of time for the 31Dec2007 flare(XRS data)]]
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Calibrated eventlist files were created from maps consisting of a compact Gaussian source and an extended cosine cubed source. The total flux of the cosine cubed source was adjusted to different percentages of the total flux of the compact Gaussian source. Pixon and Clean images were made from each eventlist file. Using these images, plots were made of the flux as a function of the radial distance from the peak of the Gaussian source and the cosine cubed source.  
Calibrated eventlist files were created from maps consisting of a compact Gaussian source and an extended cosine cubed source. The total flux of the cosine cubed source was adjusted to different percentages of the total flux of the compact Gaussian source. Pixon and Clean images were made from each eventlist file. Using these images, plots were made of the flux as a function of the radial distance from the peak of the Gaussian source and the cosine cubed source.  
 +
The following plot shows the flux as a function of radial distance from the peak of Gaussian source and the cosine cubed source. The cosine cubed source is 50% of the total flux in the Gaussian source.
[[File:Gaussian source cosine cubed.jpg|center|thumb|600px|The flux as a function of radial distance from the peak of the compact Gaussian source and cosine cubed source. ]]
[[File:Gaussian source cosine cubed.jpg|center|thumb|600px|The flux as a function of radial distance from the peak of the compact Gaussian source and cosine cubed source. ]]
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The following plot shows the flux as a function of radial distance from the peak of Gaussian source and the cosine cubed source. The cosine cubed source is 75% of the total flux in the Gaussian source.
[[File:Gaussian source cosine cubed equal.jpg|center|thumb|600px|The flux as a function of radial distance from the peak of the compact Gaussian source and cosine cubed source.]]
[[File:Gaussian source cosine cubed equal.jpg|center|thumb|600px|The flux as a function of radial distance from the peak of the compact Gaussian source and cosine cubed source.]]

Revision as of 23:20, 1 March 2011

RHESSI Website Migration

The RHESSI Website Migration Project continued.

MESSENGER Data Analysis Project

Time series analysis was done on the 31Dec2007 flare using MESSENGER XRS data. Abundances were measured for various elements over the course of the flare.

The following shows the Iron-Nickel abundance as a function of time.

The Fe-Ni abundance as a function of time for the 31Dec2007 flare(XRS data)

The following shows the Calcium abundance as a function of time.

The Ca abundance as a function of time for the 31Dec2007 flare(XRS data)

The following shows the Sulfur abundance as a function of time.

The Sulfur abundance as a function of time for the 31Dec2007 flare(XRS data)

RHESSI Pixon Albedo Imaging Test

Calibrated eventlist files were created from maps consisting of a compact Gaussian source and an extended cosine cubed source. The total flux of the cosine cubed source was adjusted to different percentages of the total flux of the compact Gaussian source. Pixon and Clean images were made from each eventlist file. Using these images, plots were made of the flux as a function of the radial distance from the peak of the Gaussian source and the cosine cubed source.

The following plot shows the flux as a function of radial distance from the peak of Gaussian source and the cosine cubed source. The cosine cubed source is 50% of the total flux in the Gaussian source.

The flux as a function of radial distance from the peak of the compact Gaussian source and cosine cubed source.

The following plot shows the flux as a function of radial distance from the peak of Gaussian source and the cosine cubed source. The cosine cubed source is 75% of the total flux in the Gaussian source.

The flux as a function of radial distance from the peak of the compact Gaussian source and cosine cubed source.
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