Questions / Comments: sabrina.savage [at] nasa.gov

HOP INSTRUCTION PAGE



HOP Proposer:    Berger

tberger [at] nso.edu


As Primary Proposer:

HOP 5:

No HOP productivity information provided.

HOP 16:

No HOP productivity information provided.

HOP 46:

No HOP productivity information provided.

HOP 56:

No HOP productivity information provided.

HOP 73:

REFEREED PUBLICATION(s):

Dudik et al. 2013

Hillier, A. et al. 2012, ApJ, 746, 120.

Hillier, A. et al. 2012, ApJ, 756, 110.

Hillier, A. et al. 2012, ApJ, 761, 106.

Berger, T. 2012, "The Prominence/Coronal Cavity System", PASP, 463, 147.

Berger, T. 2012, "Solar Promience fine structure and dynamics", IAUS 300 Proceedings, 15.

Berlicki et al. 2012.

Labrosse et al. 2012.

Parenti et al. 2012.

Hillier, A. et al. 2011, ApJ, 736, L1.

Hillier, A. et al. 2011, PASJ, 63, L19.

Berger, T. et al. 2011, Nature, 472, 197.

Berger, T. et al. 2010, ApJ, 716, 1288.

Schmieder et al. 2010.

Berger, T. et al. 2008, ApJ, 676, L89.

Heinzel et al. 2008.

EPO:

Berger, T., "Our Explosive Sun", public outreach lecture given at numerous events incl. AAS/SPD Bozeman, 2013.

OTHER OUTPUT(s):

Berger, T. et al., ApJ follow-on to 2010 paper

Hillier, A. et al., review paper on magnetic Rayleigh-Taylor instability in solar prominences.

ADDITIONAL COMMENTS:

Gunar et al. and Schwartz et al. provided by Schmieder without year.



* As Co-Proposer:

* HOP 105:

No HOP productivity information provided.

* HOP 114:

OTHER OUTPUT(s):

Jibben, P. & Reeves, K. "Observations of a Solar Coronal Cavity Containing a Hot Core with Hinode and AIA", ApJ, in prep.

Reeves, K. & Jibben, P. "Hinode, SDO AIA, and CoMP Observations of a Coronal Cavity with a Hot Core", American Geophysical Union, Fall Meeting 2014, abstract #SH13A-4067, 2014

Jibben, P. & Reeves, K. "Hinode, SDO AIA, and CoMP Observations of a Coronal Cavity with a Hot Core," poster #130-E, Living with a Star/Hinode/IRIS workshop, 2014

Jibben, P., Reeves, K., & Su, Y.-N. "A Solar Coronal Cavity with a Hot Core Observed by Hinode", American Astronomical Society, AAS Meeting #224, #323.52, 2014"

Weber et al. 2013, " Morphology and Temperature of a Hot Prominence Cavity Observed with SDO", 2013 SPD Meeting

Weber et al. 2012, "Morphology Of A Hot Prominence Cavity Observed With Hinode/XRT And SDO/AIA," 2012 Summer AAS meeting

Kucera et al. 2010, "Space Based Observations of Coronal Cavities in Conjunction with the Total Solar Eclipse of July 2010", 2010 Fall AGU Meeting

ADDITIONAL COMMENTS:

Journal paper in preparation: Jibben et al.

* HOP 139:

No HOP productivity information provided.

* HOP 210:

No HOP productivity information provided.

* HOP 211:

No HOP productivity information provided.

* HOP 269:

REASON FOR LACK OF PRODUCTIVITY:

During the first run in 2014-Oct, the IRIS slit missed the prominence bubble, although SOT/BFI captured the bubble within its field of view. Data analysis is currently underway. During the second run in 2015-Feb, the target prominence was missed.