Program with Links to Abstracts

Rosello Del Valle L.* Shackelford A. Slavicinska K. Bennett C. Donaldson Hanna K. L.

Space Weathering from Mercury to Pluto: A Novel Simulated Environment Chamber [#1254]
SWEEPS is an ultra-high vacuum environment chamber that is capable of simulating a wide variety of environments within the solar system.

Ozdowski N. M.* Marrs I. J. Salvatore M. R. Thomas C. A. Loeffler M. J.

Environmental Effects on Space Weathered Lizardite Grains [#2567]
We studied the effect of space weathering on lizardite by irradiating and soaking grains in distilled water to observe the change in the Mg:Si ratio.

Domingue D. L. Hsu I.* Lederer S. M. Whizin A. D. Landsman Z. et al.

Impact Experiments into Serpentine — Implications for Space Weathering on C-Type Asteroids [#2137]
Tiny small crashes / Dark asteroids weathering / Can we measure this?

Chaves L. C.* Thompson M. S. Dukes C. A. Loeffler M. J. Horgan B. et al.

Evaluating the Effects of Space Weathering on Asteroidal Accessory Phases: Magnetite and Pentlandite [#1804]
We simulated micrometeoroid bombardment and solar wind irradiation on magnetite and pentlandite using pulsed laser and ion irradiation, respectively.

Weber I.* Böttger U. Reitze M. P. Pavlov S. G.

Effects of Simulated Micrometeorite Bombardment of Rock-Forming Silicates in Raman Spectra [#1134]
We investigate the influence of micrometeorite bombardment on bodies without atmosphere as a trigger of SW on various silicates on Raman spectra.

Stojic A. N.* Moreau J.-G. Kohout T. Morlok A. Joeleht A. et al.

Impact into a Graphite-Bearing Regolith: A Dynamic Shock Recovery Study [#1917]
Dynamic shock experiments with graphite-bearing Mg-rich Ol and Px material suggest a higher silicate glass production efficiency in the presence of graphite.

Gillis-Davis J. J.* Wratchford L. E.

Characterization of Agglutinates Produced by Dual Laser Space Weathering [#1001]
Controlled experimental methods such as these are needed to investigate agglutinate formation under a multitude of conditions throughout the solar system.

MacLeod M. L.* Sharp T. G. Jordan A. P.

Diagnostic Features of Dielectric Breakdown in Natural Silicates [#1643]
The potential space weathering effects of dielectric breakdown are indicated by breakdown frequencies and damage densities that are functions of iron abundance.

Jahn J. - M.* Gomez R. Kollmann P. Halekas J. Blewett D. T. et al.

Magnetic Anomaly Particle Spectrometer (MAPS) for the Lunar Vertex Mission [#2675]
We discuss how the changes of charge particle access to the lunar surface inside Reiner Gamma will be studied by the Lunar Vertex MAPS investigation.

Arnaut M.* Wohlfarth K. Wöhler C.

Yet Another Scattering Framework: Simulation of Light Scattering Interaction Between Spherical Particles Using the T-Matrix [#2997]
We developed a light scattering framework written in Python, emphasizing efficiency, scalability, ease of use, and modularity.

Menet S. C.* Foing B. H.

Predicting Solar Activity with In Space Machine Learning Processing [#1049]
Space weathering could be more accurate with in space processing; why not replace the aging Sun observation satellites with a brand new artificial intelligence?