• AEROSPACE SHANGHAI
  • Vol. 41, Issue 5, 69 (2024)
Yang DU*, Yi ZHANG, Xiaowen DUAN, Miao YU..., Zhiqing GENG, Tongjie LIU and Junpo NIU|Show fewer author(s)
Author Affiliations
  • Shanghai Institute of Satellite Engineering, Shanghai201109, China
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    DOI: 10.19328/j.cnki.2096-8655.2024.05.007 Cite this Article
    Yang DU, Yi ZHANG, Xiaowen DUAN, Miao YU, Zhiqing GENG, Tongjie LIU, Junpo NIU. Advances and Prospect of Saturnian System Exploration Missions[J]. AEROSPACE SHANGHAI, 2024, 41(5): 69 Copy Citation Text show less
    References

    [1] A F DAVILA, J L EIGENBRODE. Enceladus:astrobiology revisited. Journal of Geophysical Research:Biogeosciences, 129, e2023(2024).

    [2] M M SHANNON, P D B SAMUEL, H SARAH et al. Titan:earth-like on the outside,ocean world on the inside. The Planetary Science Journal, 2, 112(2021).

    [8] D N PHILIP, M H MATTHEW, N C ROGER et al. A close look at saturn's rings with cassini VIMS. Icarus, 193, 182-212(2008).

    [9] S G JARMAK, T M BECKER, J E COLWELL et al. Solar occultation observations of Saturn's rings with Cassini UVIS. Icarus, 388, 115237(2022).

    [10] N MARC, R R ALYSSA. Evolution of saturn's mid-sized moons. Nature Astronomy, 3, 543-552(2019).

    [11] E W WONG, R BRASSER, S C WERNER et al. Saturn's ancient regular satellites. Icarus, 406, 115786(2023).

    [12] R O FIMMEL, A J VAN, E BURGESS. Pioneer:first to jupiter,saturn,and beyond, 446(1980).

    [13] F H CHARLES. Pioneer 10 and pioneer 11. Science, 188, 445-446(1975).

    [14] A P INGERSOLL, G MUNCH, G NEUGEBAUER et al. Pioneer 11 infrared radiometer experiment:the global heat balance of Jupiter. Science, 183, 322-324(1974).

    [15] B A SMITH, L A SODERBLOM, T V JOHNSON et al. The jupiter system through the eyes of voyager 1. Science, 204, 951-972(1970).

    [16] E C STONE, A L LANE. Voyager 2 encounter with the jovian system. Science, 206, 925-927(1970).

    [17] B A SMITH, L A SODERBLOM, R BEEBE et al. The galilean satellites and jupiter:voyager 2 imaging science results. Science, 206, 927-950(1979).

    [19] A H CURT. An introduction to the design of the Cassini spacecraft. Space Science Reviews, 104, 129-153(2001).

    [20] M MICHAEL. The cassini-huygens visit to saturn(2015).

    [22] H M EARL. The cassini-huygens mission to saturn and titan, 746, 223-231(2005).

    [23] J S LINDA. Cassini's final year at saturn:science highlights and discoveries. Geophysical Research Letters, 46, 5754-5758(2019).

    [24] G E SCOTT. The cassini-huygens mission:its science and instruments(2005).

    [25] I L JONATHAN, A S LAURENCE. Cassini-huygens investigations of satellite surfaces and interiors. Space Science Reviews, 118, 191-208(2002).

    [26] C KOHLHASE, C E PETERSON. The cassini mission to saturn and titan(1990).

    [27] P I ANDREW. Cassini exploration of the planet saturn:a comprehensive review. Space Sci Rev, 216, 122(2020).

    [28] E ROUSSOS, P KOLLMANN, N KRUPP et al. A radiation belt of energetic protons located between Saturn and its rings. Science, 362, 1-6(2018).

    [29] G PROVAN, T J BRADLEY, E J BUNCE et al. Saturn's nightside ring current during cassini's grand finale. Journal of Geophysical Research:Space Physics(2021).

    [30] R P WAYNE, P M FABIOLA, L LAURENT et al. Cassini UVIS observations of the enceladus auroral footprint on saturn in 2017. The Planetary Science Journal, 5, 1-13(2024).

    [31] D L RALPH, P T ELIZABETH, W B JASON et al. Dragonfly:a rotorcraft lander concept for scientific exploration at titan. Johns Hopkins APL Technical Digest, 34, 374-387(2018).

    [32] E M MARIA, H E DONALD, A E JACOB et al. Dragonfly phase B mission design(2023).

    [33] W B JASON, P T ELIZABETH, G T MELISSA et al. Science goals and objectives for the dragonfly titan rotorcraft relocatable lander. The Planetary Science Journal, 1-18(2021).

    [34] M ISHAAN, G T MELISSA, C C GEOFFREY et al. Characterizing phase transitions for titan's surface molecules:implications for dragonfly. Planetary and Space Science, 239, 105804(2023).

    [35] M M SHANNON. Enceladus orbilander(2022).

    [36] F D ALFONSO. Enceladus multiple flybys(2022).

    [37] N ERICA, B KATIYAYNI, C PAOLO et al. A multi-lander new frontiers mission concept study for enceladus:SILENUS. Front.Astron.Space Sci, 9, 995941(2022).

    [38] M THERESA, G CHLOE, F IOSTO et al. ORACLE:a sample-return mission to titan, 4732(2022).

    [39] A MAXIMILIAN, A ARIELLE, D ADITYA et al. Searching for life on titan:the undersea retrieval of titan lake extractions (TURTLE) mission(2023).

    [40] S K-MARSHALL, G SZILÁRD, S Q GAIA et al. Astrobiology exploration at enceladus (AXE):a new frontiers mission concept study. The Planetary Science Journal, 4, 1-28(2023).

    [41] M M DAVID, I E MICHAEL, E M MICHAEL et al. Ultraflex and megaflex-development of highly scalable solar power(2015).

    Yang DU, Yi ZHANG, Xiaowen DUAN, Miao YU, Zhiqing GENG, Tongjie LIU, Junpo NIU. Advances and Prospect of Saturnian System Exploration Missions[J]. AEROSPACE SHANGHAI, 2024, 41(5): 69
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