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Patrick Michel
Using a Nuclear Explosive Device for Planetary Defense Against an Incoming Asteroid
The Hera Mission
European Component of the AIDA Mission to a Binary Asteroid: Characterization and Interpretation of the Impactof the DART Mission
1 Asteroid Investigation Mission
Dr. Patrick Michel University of Nice-Sophia Antipolis, CNRS, Observatoire De La Cote D’Azur, France,
[email protected]
Near-Earth Objects
Marco Polo – a Mission to Return a Sample from a Near-Earth Object
Dr. Detlef Koschny European Space Agency (ESA), the Netherlands,
[email protected]
Bernard Marty Patrick Michel
IAA Planetary Defense Conference: Preliminary Program Gathering for Impact May 15-19, 2017 May 12Th 2017 Page 1
Asteroid Ryugu Before the Hayabusa2 Encounter
Validating N-Body Code CHRONO for Granular DEM Simulations in Reduced-Gravity Environments
Numerical Modeling of Lander Interaction with a Low-Gravity
Marco Polo — a Mission to Return a Sample from a Near-Earth Object – Science Requirements and Operational Scenarios
2Ond Announcement
Open Research Online Oro.Open.Ac.Uk
Farinella Prize 2014 Awarded to Czech Phycisist David Vokrouhlicky
The MMX Rover: Performing In-Situ Surface Investigations on Phobos
Top View
DISRUPTION and REACCUMULATION AS the POSSIBLE ORIGIN of RYUGU and BENNU TOP SHAPES Patrick Michel, Olivier Barnouin, R.-L Ballouz, K Walsh, D Richardson, S
Key Points and Recommendations from the 2011 Iaa Planetary Defense Conference
Asteroids and Their Collisional Disruption
Download OTS Complete Programme
European Component of the AIDA Mission to a Binary
Paris Observatory, F Patrick Michel
Session 1: Hera Chairs: Mariella Graziano | Monica Lazzarin | Richard Moissl
Orbital and Thermal Evolutions of Four Potential Targets for a Sample Return Space Missionto a Primitive Near-Earth Asteroid Patrick Michel, Marco Delbo
Planetary Defence: Not Another Source of Fear for the Public and Rather an Opportunity
Asteroid Impacts and Modern Civilization: Can We Prevent a Catastrophe? in Asteroids IV (P
Debiased Orbit and Absolute-Magnitude Distributions For
Phd Position @ ISAE-SUPAERO
The Asteroid Impact Mission