Bibliographies
The Alex Dessler Library – Collection of books from Alex Dessler’s personal library
Planetary Magnetospheres – Comparative reviews
Juno papers – Science, GRL special issues, SSR instrument & overview papers plus others since
Galileo Plasma Science at Jupiter – papers on GLL PLS data
Galileo Plasma Waves at Jupiter – papers on GLL PWS data
Voyager Plasma at Jupiter – PLS papers
Aurora – Bibliography from X-rays to radio emissions
Io Plasma Torus – Bibliography – Observations and modeling
Below are some chapters of books/journals which may be hard to get hold of these days.
Jupiter book chapters – (eds) Bagenal, Dowling, McKinnon, Jupiter: Planet, Satellites, Magnetosphere, CUP 2004
Physics of the Jovian Magnetosphere – Dessler 1983
Summers, Yung, Haff 1983 – A two-stage mechanism for the escape of Na and K from Io, Nature, 304, doi 10.1038%2F304710a0
Linker, Kivelson, Moreno, Walker 1985 – Explanation of the inward displacement of Io’s hot plasma torus and consequences for sputtering sources, Nature, 315, 375-378
Time Variable Phenomena in the Jovian System: Proceedings of the Workshop on Time-Variable Phenomena in the Jovian System, Lowell Observatory, 1987 (published as NASA SP-494 1989)
- Schneider Ch 6 – Io’s atmosphere and neutral clouds
- Bagenal Ch 16 – Torus-magnetosphere coupling
- Strobel Ch 15 – Energetics, luminosity, and spectroscopy of Io’s torus
Thomas 1992 – Optical observations of Io’s neutral clouds and plasma torus – Surveys in Geophysics 13: 91-164, 1992. Kluwer Academic Pub. Table II Table III
Io after Galileo – Edited by Rosaly Lopes & John Spencer
- Ch 10 – Io’s Atmosphere – Lellouch, McGrath, Jessup
- Ch 11 – Io’s neutral clouds, plasma torus & magnetospheric interaction – Schneider & Bagenal
Uranus – Edited by J.T. Bergstrahl, E.D. Miner, M.S. Matthews. University of Arizona Press, Tucson, 1991 – Chapter “The plasma environment of Uranus” by Belcher et al.
Neptune and Triton – Edited by D.P. Cruikshank. University of Arizona Press, Tucson, 1995 – Chapter “The plasma environment at Neptune” by Richardson et al.