<strong>Ground-based experiment for simultaneous N<sub>2</sub> collisions effect on atomic oxygen-induced polyimide erosion in sub-low Earth orbit.</strong>

Sasuga Horimoto

4:20 PM - 4:40 PM

[2022-r-02] Ground-based experiment for simultaneous N₂ collisions effect on atomic oxygen-induced polyimide erosion in sub-low Earth orbit.

*Sasuga Horimoto¹, Atsushi Fujita¹, Shohei Urakawa², Santa Nishioka², Wataru Ide¹, Kumiko Yokota¹, Masahito Tagawa¹ (1. Kobe Univ. Graduate School of Engineering, 2. Kobe Univ. Depertment of Mechanicl Engineering)

Keywords:atomic oxygen, polymer degration, nitrogen, synergistic effect

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Presentation information

[R-1] Space Environment

[2022-r-02] Ground-based experiment for simultaneous N₂ collisions effect on atomic oxygen-induced polyimide erosion in sub-low Earth orbit.

Presentation information

[R-1] Space Environment

[2022-r-02] Ground-based experiment for simultaneous N2 collisions effect on atomic oxygen-induced polyimide erosion in sub-low Earth orbit.

[2022-r-02] Ground-based experiment for simultaneous N₂ collisions effect on atomic oxygen-induced polyimide erosion in sub-low Earth orbit.