Atmospheric scattering of energetic electrons from near-Earth space

Autor: Jessica Artinger, Jordan Miller, Maxwell Chung, Xiao-Jia Zhang, Ethan Tsai, Kathryn Hector, Austin Villegas, Patrick Cruce, Christopher Shaffer, Duncan Frederick, Stephen Sundin, Elisa Park, Michael Anderson, Anthony Gildemeister, Austin Norris, David Leneman, Reuben Rozario, Rommel Castro, Akhil Palla, Carter Pedersen, Suyash Kumar, Jeffrey Asher, Jason Mao, Andrei Runov, Erica Xie, Anais Zarifian, Robert J. Strangeway, R. Caron, Kevin Lian, Benjamin Domae, Micah Cliffe, Cass Wong, Wen Li, Wynne Turner, Alex Gilbert, Laura Iglesias, Michelle Nguyen, Kelly Nguyen, Emmons McKinney, Cian Costello, Matt Wasden, Nick Adair, Jiashu Wu, Ian Fox, Akshaya Subramanian, Anton Artemyev, Chanel Young, Drew Turner, Gary Zhang, James King, Sarah Eldin, Alexander Gonzalez, Matt Nuesca, Donna Branchevsky, Emmanuel Masongsong, Graham Wing, J. B. Blake, Gary Chao, Lydia Adair, Renee Krieger, Aysen Tan, Kyle Colton, Matthew Allen, Nathan Chung, M. J. Lawson, Rebecca Yap, Michael Capitelli, Eric Grimes, C. Wilkins, Richard E. Wirz, Alexa Roosnovo, Ryan Seaton, Brayden Hesford, Sharvani Jha, Lauren Fitgibbon, Cynthia Russell, Erik Rye, Michael Arreola-Zamora, Danny Depe, Jiang Liu, Vassilis Angelopoulos, Ziyuan Qu, Alex Flemming

In near-Earth space, the magnetosphere, energetic electrons (tens to thousands of kiloelectron volts) orbit around Earth, forming the radiation belts. When scattered by magnetospheric processes, these electrons precipitate to the upper atmosphere, wh

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https://doi.org/10.21203/rs.3.rs-319558/v1