
NSSDC ID: 1989-084E-06
Mission Name: Galileo Probe
Principal Investigator: Dr. Louis J. Lanzerotti
The objectives of this investigation are to: (1) verify the existence of lightning on Jupiter and measure its basic physical characteristics and (2) measure radio frequency noise levels and one magnetic field component near Jupiter. Two instruments are used for this investigation: an electromagnetic sensor and an optical sensor. The electromagnetic sensor has a ferrite-core antenna with a preamplifier as an radio frequency sensor. The frequency domain is 3, 15, and 100 kHz narrow-band. The time domain is 1 Hz to 100 kHz, and the resolution is 16 s. The optical sensor has a photodiode with a fisheye lens. There is coincidence and anticoincidence between the radio frequency and optical sensors. The electromagnetic sensor is mounted under the Probe afterbody, while the optical sensor is mounted on the Probe envelope, looking out perpendicularly to the Probe spin axis. The total mass is 1.1 kg and the total continuous power is 1.0 W.
Mass: 2.5 kg
Power (avg): 3.0 W
Bit rate (avg): 0.0080 bps
Questions or comments about this experiment can be directed to: Dr. Edwin V. Bell, II.
| Name | Role | Original Affiliation | |
|---|---|---|---|
| Dr. Louis J. Lanzerotti | General Contact | AT&T Bell Laboratories | ljl@bell-labs.com |
| Dr. G. Dehmel | Co-Investigator | Technische Universitat Braunschweig | |
| Mr. John D. Mihalov | Co-Investigator | NASA Ames Research Center | mihalov@windee.arc.nasa.gov |
| Dr. Klaus Rinnert | Co-Investigator | Max-Planck-Institut fur Aeronomie | |
| Dr. Fritz O. Gliem | Co-Investigator | Technische Universitat Braunschweig | |
| Dr. E. Philip Krider | Co-Investigator | University of Arizona | krider@air.atmo.arizona.edu |
| Dr. Martin A. Uman | Co-Investigator | University of Florida | jcoro@ece.ufl.edu |
| Dr. G. Schmidke | Co-Investigator | Universitat Kiel |
Lanzerotti, L. J., et al., The lightning and radio emission detector (LRD) instrument, Space Sci. Rev., 60, No. 1/4, 91-109, May 1992.
Lanzerotti, L. J., et al., Radio frequency signals in Jupiter's atmosphere, Science, 272, No. 5263, 858-860, May 1996.