Name |
Area of science expertise relevant to this project |
Affiliation |
Prof.
William Boynton
|
-
Team leader and member of nuclear experiments on Mars Odyssey, Messenger and LRO.
- Areas of expertise: development of nuclear instruments, nuclear data analysis, physics and chemistry of soil of celestial bodies based on nuclear data (relevant to goals (1), (2) and (4))
|
-
University of Arizona, Tucson, USA
|
Dr.
Johannes Brueckner |
-
Team member of nuclear experiments on NEAR, Mars Pathfinder, MER, Mars Odyssey and Rosetta Lander
- Areas of expertise: physics of X-ray and gamma-ray detection, nuclear data analysis and geochemical interpretation (relevant to goals (1), (2), (4) and (5))
|
Max Plank Institute fuer Chemie, Mainz, Germany |
Dr.
Maxim Litvak |
-
Team member of nuclear experiments on Mars Odyssey, LRO, MSL, BepiColombo and Phobos-Grunt.
- Areas of expertise: development of nuclear instruments, neutron data deconvolution, estimation of seasonal deposition of carbon dioxide on the surface of Mars from neutron data (relevant to goals (1), (3) and (4))
|
Institute for Space Research, Moscow, Russia |
-
Dr.
Igor Mitrofanov,
team coordinator
|
-
Team leader and member of nuclear experiments on Mars Odyssey, LRO, MSL, BepiColombo and Phobos-Grunt.
- Areas of expertise: development of nuclear instruments, neutron data deconvolution, estimation of hydrogen content in the soil (relevant to goals (1), (2) and (3))
|
Institute for Space Research, Moscow, Russia |
Prof.
Robert Reedy |
-
Team member of nuclear experiments on Apollo, NEAR, Mars Odyssey and Selene, PI for cosmic-ray interactions
- Areas of expertise: theoretical modeling of cosmic-ray-induced nuclear interactions in and emission from planets, accuracy of nuclear data, (relevant to goals (4), (5) and (6))
|
University of New Mexico, Albuqerque,USA |
Prof.
Roald Sagdeev |
-
Team member of nuclear experiment on LRO and Phobos-Grunt.
- Areas of expertise: physical process and nuclear interactions in the surface of celestial bodies under bombardment by cosmic rays (relevant to goals (2) and (6))
|
University of Maryland, College Park, USA |
Dr.
Jack Trombka |
-
Team member of nuclear experiments on Apollo, NEAR, Mars Odyssey, LRO.
- Areas of expertise – analysis of surface composition from the nuclear data, systematic errors and biases of nuclear data deconvolution, methods of imaging in neutron and gamma-ray observations (relevant to goals (1), (2), and (3))
|
NASA, Goddard Space Flight Center, Greenbelt, USA |
Dr.
Claude d’Uston |
-
Team member of nuclear experiments on Mars Odyssey, MER, and Selene, Rosetta Lander, Phobos-Grunt.
- Areas of expertise – physics of gamma-ray and neutron detectors, analysis of energy spectra of nuclear lines for estimation of content of elements in the soil (relevant to goals (1), (2), and (5))
|
CESR, Toulouse, France |
