MAX MILLENNIUM COORDINATED OBSERVING PLAN # 016

Scientific Goal and Observational Approach  |  GBO Observing Program  |  Space Observing Program  |
Target Selection | Follow-up|




First campaign scheduled for November 8-13, 2003. Hugh Hudson ( hhudson@ssl.berkeley.edu) will be the campaign coordinator.

Second campaign scheduled to begin April 19, 2004. Please see here for SOHO's JOP 172 details.
 

TITLE: RHESSI/TRACE Micro-Events
AUTHORS:  Sam Krucker ( krucker@ssl.berkeley.edu) RHESSI/Berkeley
Bob Lin (boblin@ssl.berkeley.edu) RHESSI/Berkeley
Karel Schrijver (schrijver@lmsal.com) TRACE/LMSAL
VERSION: 7 November 2003 
CONTACT Hugh Hudson (Campaign Coordinator for November 2003 run)
SUMMARY: Microflares or nanoflares are often cited as a mechanism for coronal heating. RHESSI and TRACE are providing the most sensitive hard X-ray observations and highest-resolution EUV observations, respectively, and can explore this suggestion. We do not think that microflares as such, ie those following flare statistics, can do the job; however "micro-events" (Benz & Krucker, ApJ 568, 413, 2002) might represent the long-sought nanoflare contribution envisaged by Parker (cf Katsukawa and Tsuneta, ApJ 557, 343, 2001).

GROUND-BASED PARTICIPATING OBSERVATORIES

SOLIS VSM Contact:  Christoph Keller    NSO
SUMMARY SOLIS VSM will make observations (magnetograms in the photosphere and the chromosphere, photospheric vector field measurements, or He10830A intensity spectra) with about two minutes cadence following the TRACE field of view. At present Christoph is thinking about photospheric/chromospheric longitudinal fields, but opinons would be welcome.


SPACE-BASED INSTRUMENT PARTICIPATION
TRACE Contact:  Karel Schrijver    LMSAL
SUMMARY TRACE will observe at angular coordinates (0, 200) (heliographic N15W00), ie just N of disk center on the quiet Sun. The FOV is 8.1x8.1 arc min.
RHESSI Contact: Hugh Hudson , UC Berkeley
SUMMARY RHESSI observes the whole Sun continuously, with the exception of normal gaps for SAA passages and orbit night. Please see the predicted ephemeris for details. During this campaign the thin shutter will be out to the maximum extent, implying the best possible low-energy observations.

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