'Planetary surfaces' presentation slideshows

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EXCEDE EXOPLANETARY CIRCUMSTELLAR ENVIRONMENTS and DISK EXPLORER

EXCEDE EXOPLANETARY CIRCUMSTELLAR ENVIRONMENTS and DISK EXPLORER. Studying the formation, evolution, and architectures of exoplanetary systems, and characterizing circumstellar environments in habitable zones. Dr. Glenn Schneider Steward Observatory The University of Arizona.

507 views • 34 slides

EART 160: Planetary Science

EART 160: Planetary Science. YOUR AD HERE. Monday, 04 February 2008. Last Time. Paper Discussion Mars Crust and Mantle (Zuber et al., 2001) Io Volcanism (Spencer et al., 2007) Planetary Surfaces: Gradation Erosion (Water, Wind, Ice) Mass Wasting (Gravity). Today. Homework 3 due Monday

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Terrestrial Planetary Surfaces (cont.) Impact cratering

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Simulation of X-ray fluorescence from planetary surfaces

Simulation of X-ray fluorescence from planetary surfaces. M. Bavdaz, P. Nieminen, A. Owens, T. Peacock ESA-ESTEC A. Mantero, M. G. Pia, S. Saliceti INFN Genova. Solar X-rays, e, p. Courtesy SOHO EIT . Geant3.21. ITS3.0, EGS4. Geant4. C, N, O line emissions included.

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Earth has formed in our solar system

Earth has formed in our solar system. We need to understand planetary formation Constraints: Astronomical observations Study of meteorites Study of planets Theoretical modelling. Planetary orbits are nearly circular. Compositional classes. Inner or terrestrial planets

273 views • 20 slides