Summary of Sampling Technology for Small Celestial Bodies

Abstract

Small celestial bodies are important carriers for humans to understand the origin and evolution of the Solar system，and they are also rich in precious metals and rare elements. Sampling exploration of small celestial bodies has a vital value for scientific development. The environment which has influence on sampling missions is concluded through the reserch of the surface characteristics of small celestial bodies and the existing sampling technology. The technology requirements of small celestial body samplers are summarized.

Keywords

small celestial bodies / weak gravity / sampling techniques

References

[1] National Aeronautics and Space Administration，Stardust Comet flyby[EB/OL]. （2004-1）[2017-12]. www.nasa.gov/pdf/144049main_stardustflyby.pdf.
[2] NASA. Mission features[EB/OL].（2014-11-10）[2017-12-5]. https://www.nasa.gov/mission_pages/stardust/mission/index-aerogel-rd.html.
[3] TROMBKA I J,NITTLER R L,STARR D R,et al. The near-shoemake X-ray/gamma-ray spectrometer experiment:overview and lessons learned[J]. Meteorities & Planetary Scienc,2001,36(12):1605-1616
[4] 肖龙. 行星地质学[M]. 北京：地质出版社，2013.
[5] DESAI N P，MITCHELTREE A R，CHEATWOOD M F. Sample returns missions in the coming decade[C]//51st International Astronautical Congress. Rio de Janeiro，Brazil：IAF，2000.
[6] SHELDON B R,HOOVER B R. Implications of cometary water:deep impact,stardust and Hayabusa[J]. Proceedingof the SPIE,2006(6309):1-9
[7] PETERS S. NASA’s science rover for Muses-C[C]//Astrodynamics Symposium. Sagamihara，Japan：JPL，2006.
[8] KUNINAKA H,KAWAGUCHI J. Deep space flight of Hayabusa asteroid explorer[J]. Proceedingof the SPIE,2006(6960):1-10
[9] HAJIME Y,KUBOTA T,MIYAMOTO H,et al. Touchdown of the Hayabusa spacecraft at the Muses sea on Itokawa[J]. Science,2006,312(6):1350-1353
[10] KUBOTA T，OTSUKI M，HASHIMOTO T，et al. Touch down dynamics for sampling in Hayabusa mission[C]//AIAA/AAS Astrodynamics Specialist Conference and Exhibit，Guidance，Navigation，and Control and Co-located Conferences. Colorado：AIAA，2006.
[11] WILCOX H B，JONES M R. The Muses-CN nanorover missions and releated technology[C]//Aerospace Conference Proceedings，2000 IEEE. Big Sky，MT，USA：IEEE，2000.
[12] ARAKAWA M，SAIKI T，WADA K，et al. Small carry-in impactor（SCI）：Its scientific purpose，operation，and observation plan in Hayabusa-2 mission[C]//44th Lunar and Planetary Science Conference. Texas：LPI，2013.
[13] DAINESE C,FINZI E A. SD²-A cometary soil drill and sampler device[J]. Aerotecnica Missili&Spazio,2006,85(4):174-180
[14] ULAMEC S,BIELE J. Landing on small bodies:from the Rosetta lander to MASCOT and beyond[J]. ActaAstronautica,2014,93(2013–03):460-466
[15] ANATOLY Z，Phobos-Grunt mission[EB/OL]. （2015-3-2）[2017-12-17]. http://www.russianspaceweb.com/phobosgruntpreflight.html.
[16] BARUCCI AM,CHENGFA,MICHEL P. Marco Polo-R-near Earth asteroid sample return mission[J]. Experimental Astronomy,2012,33(2–3):645-684
[17] KUPPERS M,KELLERU H,KUHRT E,et al. Triple F-a comet nucleus sample return mission[J]. Experimental Astronomy,2009,23(3):809-847
[18] STRIKWERDA ET,RAY C J,HALEY R D. The near guidance and control system[J]. Johns Hopkins APL Technical Digest,1998,19(2):205-212
[19] WAGNER S，ZIMMERMAN D，WIEBON G. Preliminary design of a crewed mission to asteroid apophis in 2029-2036[C]//AIAA Guidance，Navigation， and Control Conference. Toronto，Ontario Canada：AIAA，2010.
[20] FOSTER C，MATTHEW D. Mission opportunities for human exploration of nearby planetary bodies[C]//AIAA SPACE 2010 Conference & Exposition. Anaheim，California：AIAA，2010.
[21] FUJIWARA A,KAWAGUCHI J,UESUGI K T. Role of sample return mission MUSES-C in asteroid study[J]. Advances in Space Research,2004,34(11):2267-2269
[22] PAOLO U，HARLAND M D. Robotic exploration of the Solar system，part 1[M]. New York：Springer-Verlag New YorkInc，1988.
[23] PAOLO U，HARLAND M D. Robotic exploration of the Solar system，part 2[M]. New York：Springer-Verlag New YorkInc，2009.
[24] PAOLO U，HARLAND M D. Robotic exploration of the Solar system，part 3[M]. New York：Springer-Verlag New YorkInc，2012.
[25] ADAMS D S. Anchoring technology for in situ exploration of small bodies[C]//Aerospace Conference Proceedings，2000 IEEE. Big Sky，MT，USA：IEEE，2010.
[26] FUJIWARA A,MUKAI T,KAWAGUCHI J,et al. Sample return mission to NEA:MUSES-C[J]. Advances in Space Research,2000,25(2):231-238
[27] 李京霖,丁希仑,张文明,等. 一种多功能小行星采样器的设计[J]. 机械工程学报,2015,51(13):167-175
LI J L,DING X L,ZHANG W M,et al. Design of a multi-function minor planet soil sampler[J]. Journal of Mechanical Engineering,2015,51(13):167-175
[28] 高朝辉,童科伟,时剑波,等. 载人火星和小行星探测任务初步分析[J]. 深空探测学报,2015,2(1):10-18
GAO Z H,TONG K W,SHI J B,et al. Analysis of the manned Mars and asteroid missions[J]. Journal of Deep Space Exploration,2015,2(1):10-18
[29] 蒋万松，周朋，王磊. 基于仿生爪刺的小行星微重力着陆附着系统[C]//中国宇航学会深空探测技术专业委员会第12届学术年会暨首届哈工大空间科学与技术国际学术研讨会. 哈尔滨：宇航学会，2015.