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Your search keyword '"Lauer K"' showing total 9 results
Start Over Author "Lauer K" Publication Type Reports
9 results on '"Lauer K"'

1. EO baseline data for cumulative effects, year end report (FY 2019/20)

Author

Janzen, D, primary, Bourgon, J F, additional, Brisco, B, additional, Canisius, F, additional, Chen, W, additional, Choma, G, additional, Drouin, H, additional, Fernandes, R, additional, Fraser, R, additional, He, L, additional, Hong, G, additional, Landry, R, additional, Latifovic, R, additional, Lauer, K, additional, Leblanc, S, additional, Li, J, additional, Li, Z, additional, Lovitt, J, additional, McFarlane-Winchester, M, additional, Murnaghan, K, additional, Nedelcu, S, additional, Olthof, I, additional, Prévost, C, additional, Rainville, T, additional, Sabo, N, additional, Short, N, additional, Sun, L, additional, Thomas, S, additional, Touzi, R, additional, Trichtchenko, A, additional, Ungureanu, C, additional, Vachon, C, additional, Wilson, P, additional, Wang, S, additional, White, H P, additional, Yoga, S, additional, and Zhang, Y, additional

Published
2020
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2. High-Nickel Iron-Sulfides in Anhydrous, Gems-Rich CP IDPs

Author

FLynn, G. J, Keller, L. P, Wirick, S, Hu, W, Li, L, Yan, H, Huang, X, Nazaretski, E, Lauer, K, and Chu, Y. S

Subjects
Lunar And Planetary Science And Exploration
Abstract

Chondritic porous interplanetary dust particles (CP IDPs) that were not severly heated during atmospheric deceleration are the best preserved samples of the solids that condensed from the Solar protoplanetary disk, as well as pre-Solar grains thatr survived incorporation into the disk, currently available for laboratory analysis [1]. These CP IDPs never experienced the aqueous and/or thermal processing, gravitational compaction, and shock effects that overprinted the record of Solar nebula processes in meteorites.

Published
2016

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