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New Frontiers in Solar and Space Weather Radiophysics AAS/Solar Physics Division Topical Session 2002 June 04 (Tuesday afternoon) |
Dale E. Gary, NJIT Timothy S. Bastian, NRAO Stephen M. White, U Md Gordon J. Hurford, UC Berkeley Christoph U. Keller, NSO |
Radio observations of the Sun and solar disturbances in interplanetary space provide unique information on magnetic field and other properties of the solar corona, high-energy electrons, shock waves, and coronal mass ejections. The recent emphasis on Space Weather studies combined with the prospect of new ground and space-based solar radio instruments such as the Frequency Agile Solar Array (FASR) and the SWAVES instrument on the Stereo mission, make it timely to have a topical session on Solar and Space Weather Radiophysics. We have organized the session around a slate of invited talks on solar and interplanetary radio science and instrumentation, as detailed below. |
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| Space Weather and Solar Radio |
Bell Labs/Lucent Technologies |
| Frequency Agile Solar Radiotelescope (FASR) |
National Radio Astronomy Observatory |
| Measuring Coronal Magnetic Fields |
University of Maryland |
| Radio Studies of Electron Acceleration and Transport |
New Jersey Institute of Technology |
| Radio Frequency-Tomography of Solar Flares |
Lockheed |
| Radio Signatures of Coronal Mass Ejections |
Naval Research Laboratory |
| STEREO WAVES |
Goddard Space Flight Center |
| Interplanetary Radio Bursts |
Catholic University |
| Prospects for a Solar Radar at Arecibo |
University of California, San Diego |
| 3D Tomography of IP Disturbances |
University of California, San Diego |
| Solar Radio Bursts and Their Effects on Wireless Systems |
New Jersey Institute of Technology |
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