Keyword Analysis & Research: ajisai satellite

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ajisai satellite0.3614685216
ajisai1.190.86891976
satellite1.8813853319

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ajisai satellite0.230.8761250

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  • Ajisai - Wikipedia

    wikipedia.org

    https://en.wikipedia.org/wiki/Ajisai

    WEB116 minutes. Ajisai (Japanese: あじさい, meaning "Hydrangea") is a Japanese satellite sponsored by NASDA, launched in 1986 on the maiden flight of the H-I rocket. It is also known as the Experimental Geodetic Satellite ( EGS ), as it carries the Experimental Geodetic Payload ( EGP ).

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  • JAXA | Experimental Geodetic Satellite "AJISAI" (EGS)

    jaxa.jp

    https://global.jaxa.jp/projects/sat/egs/

    WEBAJISAI is the first Japanese geometric satellite, and its major missions are rectifying Japan's domestic geodetic triangular net -- determining the exact position of many isolated Japanese islands and establishing Japan's geodetic point of origin.

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  • ILRS | Missions | Satellite Missions | Current Missions | ajis general

    nasa.gov

    https://ilrs.gsfc.nasa.gov/missions/satellite_missions/current_missions/ajis_general.html

    WEBAjisai is Japanese for Hydrangea. Prior to launch, the satellite was called Experimental Geodetic Satellite (EGS). The Ajisai mission has two primary objectives. The first objective, which was short term, was testing of NASDA's (now JAXA) H-I, two-stage, launch vehicle.

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  • JAXA | Experimental Geodetic Satellite "AJISAI" (EGS)

    jaxa.jp

    https://global.jaxa.jp/projects/sat/egs/topics.html

    WEBMay 26, 2011 · AJISAI is a ball-shaped satellite, 2.15 meters in diameter and weighing about 685 kilograms. Its surface is covered with 1,486 prisms and 318 reflectors. Satellite Laser Ranging (SLR) stations around the world are observing AJISAI using laser pulse. The SLR system at JAXA’s Masuda Tracking and Communications Station also keeps …

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  • EGS (Experimental Geodetic Satellite) - eoPortal

    eoportal.org

    https://www.eoportal.org/satellite-missions/egs

    WEBMay 25, 2012 · Ajisai is the first Japanese geometric satellite, and its major missions are rectifying Japan's domestic geodetic triangular net — determining the exact position of many isolated Japanese islands and establishing Japan's geodetic point of origin. Ajisai is a ball-shaped satellite, 2.15 meters in diameter with a mass about 685 kg.

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  • Quanta Photogrammetry of Experimental Geodetic Satellite for remote

    sciencedirect.com

    https://www.sciencedirect.com/science/article/pii/S0094576520302460

    WEBSep 1, 2020 · Quanta Photogrammetry remotely detects reflective anomalies of Ajisai mirrors. • The high-resolution photograms of Ajisai mirrors reveal location of the anomalies. • Detected anomalies are most likely caused by the aging effects or MMOD impacts.

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  • Ajisai spin-axis precession and rotation-period variations from

    sciencedirect.com

    https://www.sciencedirect.com/science/article/pii/S0273117717304714

    WEBOct 1, 2017 · Japanese Experimental Geodetic Satellite (EGS) Ajisai was launched in 1986 into a circular orbit at an altitude of about 1500 km with an inclination 50° to the equator. The satellite is spherical in shape with a diameter of 2.15 m; there are 318 solar reflecting mirrors and 120 laser retro-reflector panel mounted on its outer surface (see Figs ...

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  • 22 Years of AJISAI spin period determination from standard SLR …

    sciencedirect.com

    https://www.sciencedirect.com/science/article/pii/S0273117709003494

    WEBSep 1, 2009 · Satellite spin measurement techniques. Spin parameters of the passive satellites can be investigated with two techniques: photometry and SLR. The photometry determines epoch times of flashes caused by sunlight, and reflected by the outer surfaces of the CCRs, or by the dedicated mirrors of AJISAI.

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  • Japanese geodetic satellite AJISAI: Development, observation …

    researchgate.net

    https://www.researchgate.net/publication/290276252_Japanese_geodetic_satellite_AJISAI_Development_observation_and_scientific_contributions_to_geodesy

    WEBJan 1, 2012 · Ajisai was launched with an initial spin period of 1.5 s (Hashimoto et al. 2012) and is currently the fastest spinning SLR satellite in orbit. The specific construction of the spherical body...

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  • Submillimeter SLR: Ajisai as the zero-signature satellite

    nasa.gov

    https://ilrs.gsfc.nasa.gov/lw19/docs/2014/Papers/3021_Kucharski_paper.pdf

    WEBObjective of the mission is the accurate position determination of fiducial points on the Japanese Islands. The satellite is equipped with 120 corner cube reflector (CCR) panels for satellite laser ranging (SLR), arranged in the form of 15 rings around the symmetry axis.

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