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《风云二号》静止气象卫星
引用本文:田庆久,郑兰芬,童庆禧.《风云二号》静止气象卫星[J].遥感学报,1998,2(1):78-79.
作者姓名:田庆久  郑兰芬  童庆禧
作者单位:中国科学院遥感应用研究所,北京100101;中国科学院遥感应用研究所,北京100101;中国科学院遥感应用研究所,北京100101
摘    要:《风云二号》静止气象卫星1997年6月10日20点01分,从我国西昌卫星发射中心,由长征三号运载火箭成功地将我国自己研制的《风云二号》静止气象卫星发射入轨(封面)。6月17日,《风云二号》卫星成功地定点在东经105°赤道上空。6月21日14时01分,...

关 键 词:遥感    定标    反演    反射率    不确定度
收稿时间:5/5/1997 12:00:00 AM

Comparison and Analysis for In-Flight Calibration of SPOTBased on Methods of Test Site and On-Boarding Calibration
Tian Qingjiu,Zheng Lanfen and Tong Qingxi.Comparison and Analysis for In-Flight Calibration of SPOTBased on Methods of Test Site and On-Boarding Calibration[J].Journal of Remote Sensing,1998,2(1):78-79.
Authors:Tian Qingjiu  Zheng Lanfen and Tong Qingxi
Institution:Institute of Remote Sensing Applications, CAS Beijing 100101;Institute of Remote Sensing Applications, CAS Beijing 100101;Institute of Remote Sensing Applications, CAS Beijing 100101
Abstract:This research was for in-flight SPOT calibration conducted in July, 1995. SPOT HRV was calibrated by La Crau test site and on-boarding calibration methods. 65 CODE was used for test site calibration and reflectance retrieval of some ground targets. The calibration coefficient A & A'was calculated. The calibration results based on both methods were compared and analysed. The analysis results have shown that: (1) calibration precision based on test site is higher than that obtained from on-boarding calihration; (2) 65 CODE is practical and fast for calibration and reflectance retrieval; (3) there are system errors in both methods; (4) the uncertainty of calibration coefficients can be estimated by the retrieved reflectance, of some targets; (5) the reliability of calibration result is proved by the consistence in calibration precision range for both or more independent methods: (6) the calibration result difference for different calibration methods can be used to diagnose the sensor state and to correct inadequate method or some mistakes, and also to guide the applications.
Keywords:Remote Sensing  Calibration  Retrieval  Reflectance  Uncertainty
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