Foreword | Radio Observations during the Cassini Flyby of Jupiter | High-Resolution Observations of Low-Frequency Jovian Radio Emissions by Cassini | Sub-second Time Scales in Jovian Radio Emissions as Measured by Cassini/RPWS; Comparison with Ground-based Observations | Ulysses and Cassini at Jupiter: Comparison of the Quasi-periodic Radio Bursts | Io´s Flux Tube Footprint (Abstract) | New Frontiers in Decameter Radio Astronomy | New Instrumentations and Methods for the Low Frequency Planetary Radio Astronomy | New Clues from the Microstructure of Jupiter´s S-Bursts | Waveform Analysis Techniques of Jovian S-Burst Observations | On a Phase-bunching Model for Jovian S-Bursts | Location of the Acceleration Region of the Bunched Electrons Inferred from the Interaction Event of S-Bursts with L-Bursts and N-Bursts | Some Results of the Jovian DAM Emission Investigation with Wavelet Analysis Technique | Modulation Lane Measurement of Jupiter´s Io-B Source Parameters | Polarization and Beaming of the Jovian bKOM and HOM Observed at 5 AU from Jupiter by Ulysses/URAP | Interaction of Io´s Ionosphere with the Jovian Magnetic Field: Is this a Reason of Depression in the Background Magnetic Field Recorded by Galileo? | Spectral Features of Jovian Hectometric Emission Observed by Galileo and Wind Spacecraft | Control of Jovian Radio Emissions by the Galilean Moons as Observed by Cassini and Galileo | Jovian Decametric Occultations by Callisto in 2001-2010 | Ground and Space Observations of Jovian Decametric Emissions in the Frequency Band from 1 MHz to 40 MHz | Spectrographic Investigations of the Structure of Jupiter´s Decametric Radio Emission Sources | Temporal Evolution Steps of Jovian Narrow-band Emissions | Efficiency of the Cyclotron Maser Instability and Occurence Probability of Jovian Decameter Radio Emissions | To the Theory of Electron Cyclotron Maser Radio Emission of Electron Beams | Development  of an Array Antenna System and a Mulit-frequency Interferometer Network for the Jovian Decametric Radiation | Jupiter´s Synchrotron Emission: Unveiling the Jovian Inner Radiation Belts Through Modeling and Observation (Abstract) | Cassini-Jupiter Microwave Observing Campaign: DSN and GAVRT Observations of Jovian Synchrotron Radio Emission | Cassini RADAR/Radiometer and VLA Observations of Jupiter´s Synchrotron Emission | The Evolution of Jupiter´s Synchrotron Radiation along the Solar Cycle | Synchrotron Emission at 6 and 20 cm: VLA Images and 3-D Modeling of the Jovian Radiation Belts (Abstract) | Saturn Radio Waves | Detection Capability of Cassini for Thundercloud Generated Lightning Discharges on Titan | Terrestrial Radio Emission: AKR | Terrestrial Kilometric Radiation and Manetospheric Activity: Bursts and Substorms, Periodic Emissions and Field-Line Resonances | Spectral Features in Auroral Kilometric Radiation | Recent Observations of Auroral Roar Emissions: Flickering and Direction Finding (Abstract) | Using Geotail, Wind and Polar Observations of Solar, Interplanetary, and Terrestrial Plasma Wave and Radio Emissions to Identify Source Characteristics | Instantaneous AKR Emission Cone | Geomagnetic Latitudes and Longitudes of Source Locations of Planetary Radio Emissions: Theoretical Approach and Spacecraft Observations | Interball-1 Observations of the Plasmaspheric Emissions Related to Terrestrical "Continuum" Radio Emissions | Observations of the Subauroral Non-thermal Radio Emission (SANE) in 1995-1998 | Wire-grid Modeling of Cassini Spacecraft for the Determination of Effective Antenna Length Vectors of the RPWS Anennas | First Results on the Calibration of the Cassini RPWS Antenna System | On the Structure of Electromagnetic Field Generated by a Moving External Current Source in a Magnetized Plasma | Field-aligned Electric Field in the Io Flux Tube as a Result of a Pressure Pulse near Io | Electromagnetic Environment Produced by a Moving Conducting Body in a Magnetized Collisionless Plasma | Effects of MHD Slow Shocks Propagating along the Io Flux Tube | On the Plasma Turbulence in the Jovian Magnetosheath | Solar Wind Diagnostic Using Observations of Interplanetary Scintillations of Cosmic Radio Sources at Extremly Low Frequencies | Image Denoising Algorithm Based on Template Wavelet Coefficients | Interplanetary Medium and Ionospheric Investigations with New Wide Band Active Antenna Array | Antenna Diagnostics of the Dust in Space Plasma | Solar Radio Emissions | Relative Timing of Impulse Solar Electron Injections and Solar Electromagnetic Emissions | EIT Waves, Coronal Shock Waves, and Solar Energetic Particle Events | Joint Observations of Fine Structures in some Recent Solar Radio Bursts | Interpretation of Fine Structure in Solar Non-thermal Radio Emission (Zebra-Pattern and Broadband Pulsations) and Diagnostics of Post-flare Coronal Plasma | Radio Pulsations in the m-dm Band: Case Studies | Plasma Emission of Beam-Plasma Structure in the Solar Corona | Some Eruptive Events of Summer 2000 Observed at Wroclaw Observatory | 3D Coronal Structures Formation in a Kinetic Approach: Transients and Rays | References | Email-list of participants

From the Foreword:

The present 5th International Workshop on "Planetary and Solar Radio Emissions" was held shortly after the flyby of Cassini past Jupiter in December 2000, when the Jovian magnetosphere and its interaction with the solar wind were monitored for the first time by two spacecraft, Galileo in orbit around Jupiter and Cassini at a flyby distance of about 136 Jovian radii, crossing the Jovian bow shock several times. The ever increasing number of contributions, however, did not extend to all known radio planets but rather focused on Earth and Jupiter, and on the Sun as an additional radio source in our solar system. This may certainly have changed by the time Cassini reaches the Saturnian realms.

Like the previous four volumes which have appeared in the "Silver Series" of the Austrian Academy of Sciences Press, the present proceedings without doubt define the latest state of knowledge in this discipline. 

Proceedings of the 5th International Workshop held at Graz, Austria, April 2–4, 2001

Planetary Radio Emissions V

Foreword | Planetary magnetic fields: Salient characteristics | Doing more with Jupiter´s magnetic field | Jovian broadband kilometric radiation: New observations from Ulysses | Low-frequency auroral radio emission from Jupiter: The hectometric radiation | Origin of Jupiter´s decametric modulation lanes | Lane features in Jovian hectometric radio emissions | Jovian Decametric Io-related source and interplanetary scintillation | Spectrometric observations of Jupiter S-bursts at the Observatory Lustbühel, Graz 115 | Jovian S-emission: Decametric high sensitivity observations and model of radiation source | Subpulse structure of Jovian decametric S-bursts (Abstract) | The elliptical polarization of the Jovian decametric emission and the magnetosphere of Jupiter | Faraday rotation of Jupiter´s decametric radiation | Propagation effects influencing the observations of planetary radio emissions | The Ukrainian radio interferometer system URAN for studies in decametric wavelengths band (Abstract) | On the propagation of MeV electrons from Jupiter to the Earth | The AKR of the Earth: From studies inside the sources to distant observations and remote sensing | Regions of enhanced electron concentration in the auroral zone of the Earth magnetosphere (Abstract) | A programmable receiver for monitoring LF/MF/HF signals from remote sites | Source location of the Saturnian kilometric radiation | Nonthermal radio emissions from Uranus | Source location determination of UKR from ray tracing and emission lobe modelling | Neptune as a radio source | Methods for the localization of radio sources: Application to the smooth Neptunian kilometric radiation | Neptune´s smoothly varying radio emission between 600-800 kHz | Numerical simulations of bursty planetary radio emissions | Continuum radiation in planetary magnetospheres | Remote Sensing of auroral plasmas | Lightning at planets in the outer solar system | Lower hybrid soliton mediated radio emission | Conversion of upper hybrid waves into magnetospheric radiation | Nonlinear generation of radiation in planetary magnetospheres | Direction finding of electromagnetic waves: Application to planetary radio emission | Polarization and Riemann surfaces | An overview of Galileo Plasma wave observations at Venus and earth (Abstract) | Radio emissions associated with shock waves and a brief model of Type II solar radio bursts | Fine Structures of solar radio bursts and noise storms | Radio physics of the Sun at decametric wavelengths | Petschek-type reconnection at the magnetopause: A comparison of theory with data from ISEE 2 on September 11, 1979 | Prospects for the study of planetary radio emission | References

The International Workshop on Radio Emissions from Planetary Magnetospheres at Graz by now has become somewhat of a tradition. The present, third workshop was held at a time when, with the Voyager 2 flyby of Neptune the number of radio planets in our solar system has finally risen to five. This workshop, as the past ones, has provided the international community working in this discipline an opportunity to present and discuss the observational and theoretical aspects of nonthermal planetary radio emissions and their contribution as a diagnostic tool for planetary magnetospheres in general. The present volume contains edited versions of the papers presented at the workshop; its publication was again made possible through the generous support of the Austrian Academy of Sciences. The organizers and editors also wish to express their gratitude for financial support to the Austrian Space Agency (ASA), NASA, the City of Graz and the Provincial Government of Styria and especially want to thank the University of Graz for again hosting this workshop. We hope to contribute the now established tradition of the Graz workshop on planetary radio emissions at some appropriate time in the future.  

Mike L. Kaiser

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