Trajectory of HAYABUSA Reentry Determined from Multisite TV Observations
スポンサーリンク
概要
- 論文の詳細を見る
The asteroid explorer HAYABUSA reentered into the Earth's atmosphere on 2010 June 13. We made simultaneous TV (television) observations at seven ground sites in order to calculate the trajectories of HAYABUSA and its sample return capsule (SRC), which both reentered into the atmosphere. Our TV observations showed that, after HAYABUSA reentered the atmosphere, the beginning time of its light emission on video was 13:51:57.4 UT at a height of 101.00.2 km. The end time was 13:52:42.0 UT at a height of 38.60.2 km. The initial velocity at the beginning was 12.10.3 km s, and the entry angle was 9. After identifying SRC as separated light emission independent of the mother spacecraft, we analyzed the trajectory of SRC from a height of 52.9 km to 35.7 km based on video images. The actual trajectory of the capsule, determined from the TV observations, was almost the same as the predicted trajectory in terms of the position, velocity, and time. We then calculated the fall spots of the SRC heat shields from the multisite TV observations.
- 2011-10-25
著者
-
阿部 新助
宇宙科学研究所惑星研究系
-
WATANABE Jun-ichi
National Astronomical Observatory
-
UEDA Masayoshi
Nippon Meteor Society
-
Sato Mikiya
National Astronomical Observatory
-
FUJIWARA Yasunori
Nippon Meteor Society
-
FUJITA Kazuhisa
Aerospace Research and Development Directorate, Japan Aerospace Exploration Agency
-
阿部 新介
宇宙科研
-
Okamoto Sadao
Nippon Meteor Society
-
Abe Shinsuke
Institute Of Astronomy National Central University
-
Yamamoto Masa-yuki
Faculty Of Engineering Kochi University Of Technology
-
Shiba Yasuo
Nippon Meteor Society
-
KAKINAMI Yoshihiro
Institute of Seismology and Volcanology, Hokkaido University
-
UEHARA Satoshi
Nippon Meteor Society
-
Kakinami Yoshihiro
Institute Of Seismology And Volcanology Hokkaido University
-
Fujita Kazuhisa
Aerospace Research And Development Directorate Japan Aerospace Exploration Agency
関連論文
- イトカワ : 探査機でみた衝突再集積天体と小天体の衝突過程
- 流星に生命の起源を求めて
- Subaru/COMICS Mid-Infrared Observation of the Near-Nucleus Region of Comet 17P/Holmes at the Early Phase of an Outburst
- Forecast for Phoenicids in 2008, 2014, and 2019
- 22pTE-2 流れ星の測光・分光観測
- 小型衛星による流星関連現象観測の提案
- 君が作る宇宙ミッション2003
- Origin of the 2006 Orionid Outburst
- 2001 Leonids flux by radio observation using a beam antenna
- 「しし座流星群」四方山話
- The isophote maps of the Gegenschein obtained by CCD observations
- TV Observation of the Leonid Meteor Shower in 1998: No Strong Activity over Japan
- Detection of Synchronic Bands in the Dust Tail of Comet C/Hale-Bopp 1995 O1
- Ion Tail Disturbance of Comet C/Hyakutake 1996B2 Observed around the Closest Approach to the Earth
- Near-IR Observation of Cometary Impacts to Jupiter : Brightness Variation of the Impact Plume of Fragment K
- High Sensitivity Radar-Optical Observations of Faint Meteors(Special Issue on New Technologies in Signal Processing for Electromagnetic-wave Sensing and Imaging)
- Optical Follow-up of the GRB 010222 Afterglow by Subaru Telescope
- High-Dispersion Spectra of NH_2 in the Comet C/1999 S4 (LINEAR) : Excitation Mechanism of the NH_2 Molecule
- Gas-to-Dust Ratio of Two Comets : Implication for Inhomogeneity of Cometary Nuclei?
- TV Observation of the Leonid Meteor Shower in 2002 : First Observation of a Faint Meteor Storm
- Development of Shock Tube for Ground Testing Reentry Aerothermodynamics
- Phoenicids in 1956 Revisited
- Meteoroid Clusters in Leonids : Evidence of Fragmentation in Space
- Wide-Field TV Observation of the Leonid Meteor Storm in 2001: Main Peak over Japan
- A Deep Sky Survey of Edgeworth Kuiper Belt Objects with an Improved Shift-and-Add Method
- Observations of Fragments Split from Nucleus B of Comet 73P/Schwassmann-Wachmann 3 with Subaru Telescope
- Size and Spatial Distributions of Sub-km Main-Belt Asteroids
- CCD Imaging Observation of Periodic Comet Shoemaker-Levy 9 1993e
- Twin Peaks of the 2002 Leonid Meteor Storm Observed in the Leonid MAC Airborne Mission
- Optical Imaging of the Radiant Points of Leonids during the 2001 Storm with the 105cm Kiso Schmidt Telescope
- Impulse Effects on the Orbit of 1987 Quadrantid Swarm
- TV Observation of the Leonid Meteor Shower in 1999: Secondary Peak over Japan
- Development of Shock Tube for Ground Testing Reentry Aerothermodynamics
- Near-Ultraviolet and Visible Spectroscopy of HAYABUSA Spacecraft Re-Entry
- An Overview of JAXA's Ground-Observation Activities for HAYABUSA Reentry
- Photographic and Radiometric Observations of the HAYABUSA Re-Entry
- Fragmentation of the HAYABUSA Spacecraft on Re-Entry
- Trajectory of HAYABUSA Reentry Determined from Multisite TV Observations
- Detection of Acoustic/Infrasonic/Seismic Waves Generated by Hypersonic Re-Entry of the HAYABUSA Capsule and Fragmented Parts of the Spacecraft
- Spectroscopic Observation of the Re-Entry Capsule of HAYABUSA Spacecraft
- Expedition for a Ground-Based Observation of HAYABUSA Spacecraft Re-Entry
- 330 カプセルリエントリー=人工隕石落下の地上観測 : カプセルリエントリーに伴う衝撃波観測と将来への展望(オーラルセッション10 火星・小惑星)
- 222 潮汐分裂した近地球型小惑星の発見(オーラルセッション6 観測)
- S11-04 107P/Wilson-Harringtonの可視測光観測 : タンブリング運動あるいは衛星を伴う可能性(口頭セッション11:小天体・隕石,口頭発表)
- 226 2007ふたご座流星群による月面衝突閃光(始原天体探査および流星と彗星,オーラルセッション7)
- Discovery of a Possible Impact Spot on Jupiter Recorded in 1690
- P025 はやぶさ地球帰還カプセルの分光観測(ポスターセッション3)
- 507 しぶんぎ座流星群のビデオ分光観測(セッション5)
- Video Observation of the Leonids 2001 Activity
- Do Meteoroids Originating from Near-Earth Asteroid (25143) Itokawa Exist?
- Brightness of HAYABUSA Spacecraft Reentry : Artificial Fireball
- Tail-wing Flutter Analyses of a Balloon-based Operation Vehicle for Microgravity Experiments
- Observed Magnitude and Luminous Efficiency of Reentry Capsule of HAYABUSA Spacecraft
- Infrasound/seismic observation of the Hayabusa reentry : Observations and preliminary results
- Using the IRI, the MAGIC model, and the co-located ground-based GPS receivers to study ionospheric solar eclipse and storm signatures on July 22, 2009
- A comparison of a model using the FORMOSAT-3/COSMIC data with the IRI model
- Tail-wing Flutter Analyses of a Balloon-based Operation Vehicle for Microgravity Experiments