SP2
Effects of Space Radiation on Solar System Ices

Name Title Affliation
Robert Carlson
High energy chemistry on Jupiter and Saturn's moons NASA/JPL-US
John Cooper Plasma and energetic ion interactions with icy bodies in the Solar System NASA/Raytheon Technical Services Company-US
Kenzo Hiraoka Low temperature tunneling reactions of H atoms with solid formaldehyde and methanol University of Yamanashi-Japan
Ralf Kaiser Generalized concepts on the formation of astrobiologically important molecules in Solar System ices University of Hawaii-US
Chin Shuang Lee Ion irradiation on ices National Central University-Taiwan
Rachel Mastrapa Irradiation of crystalline water ice: Affect on the 1.65 micron feature University of Arizona-US
Tom Orlando Non-thermal reactions on and within low-temperature ice: The importance of energy and reactant localization Georgia Institute of Technology-US
Toby Owen Ice on Saturn's satellites: First results from Cassini-Huygens University of Hawaii-US
Terry Quickenden and Paul Cooper The production of molecular oxygen and hydrogen peroxide on Europa University of Western Australia-Australia
Robert Wu EUV photon-induced chemical reactions in ice systems: Mechanisms and reaction yields University of Southern California-US
Tai-Sone Yih Photodesorption study of mixed ices using a synchrotron radiation source National Central University-Taiwan
Alain Allouche
Quantum investigations on carbonyl compounds of adsorbed on ice surface: structure and dynamics CNRS – Université de Provence Marseille- FRANCE
Mike Mumma TBD NASA/Goddard Space Flight Center
Naoki Watanabe
Efficient formation of H2CO and CH3OH by the addition of H atoms to H2O-CO ice Hokkaido University, Sapporo-JAPAN

Updated on Monday, 5 April, 2004