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Double tail structure in escaping atmospheres of magnetised close-in planets.

• Authors : Vidotto, A. A.¹; Carolan, S.²; Hazra, G.^1,3

Subjects: *PLANETARY atmospheres; *NATURAL satellite atmospheres; *STELLAR magnetic fields

• Source: Proceedings of the International Astronomical Union. Aug2021, Vol. 17 Issue S5370, p232-234. 3p.

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The origin of planetary winds.

• Authors : Kubyshkina, Daria

Subjects: HYDRODYNAMICS; PLANETARY atmospheres; NATURAL satellite atmospheres

• Source: Proceedings of the International Astronomical Union; Aug2021, Vol. 17 Issue S5370, p103-121, 19p

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Physics of the atmospheric escape driven by EUV photoionization heating: Classification of the hydrodynamic escape in close-in planets.

• Authors : Mitani, Hiroto; Nakatani, Riouhei; Yoshida, Naoki

Subjects: ULTRAVIOLET radiation; PHOTOIONIZATION; HYDRODYNAMICS

• Source: Proceedings of the International Astronomical Union; Aug2021, Vol. 17 Issue S5370, p155-160, 6p

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The future of Jupiter-like planets around Sun-like stars: first steps.

• Authors : Konings, T.; Baeyens, R.; Decin, L.

Subjects: ASYMPTOTIC giant branch stars; STELLAR mass; PLANETARY atmospheres

• Source: Proceedings of the International Astronomical Union; Aug2021, Vol. 17 Issue S5370, p275-277, 3p

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Amino acid synthesis in Europa's subsurface environment.

Subjects: *AMINO acid synthesis; *NATURAL satellite atmospheres; *HYDROGEN peroxide

• Source: International Journal of Astrobiology. Oct2008, Vol. 7 Issue 3/4, p193-203. 11p.

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