1) measurement of the Earth and the Moon
对地对月观测
2) earth observation
对地观测
1.
Development and application of earth observation and nation security;
空间对地观测技术发展及应用
2.
When satellites fulfill earth observation missions,we put the mission scheduling problem into this combined optimal problem.
将人工智能方法应用于卫星的任务规划,以执行对地观测任务为例,将任务规划问题归于组合优化问题,建立了相应的数学模型,并应用Hopfield神经网络算法进行求解,结果表明,该方法可用于单个仪器的任务规划。
3.
This paper describes the understanding on earth observation satellite ground segment mission control system.
阐述了对地观测卫星地面管理控制系统的认知和理解。
3) earth observation science(EOS)
对地观测学
1.
Based on an introduction of disaster management,geomatics and earth observation science(EOS),a discussion has been made on the utility of geomatics and EOS for natural disaster management.
近年来地球空间信息学(Geomatics)和对地观测学(EOS)的迅速发展,为灾难管理提供了强有力的支撑技术,促进了灾难管理效率的提高。
4) global earth observation
全球对地观测
5) earth observing technology
对地观测技术
1.
Applying examples of earth observing technology to natural disaster monitoring and evaluating;
对地观测技术在重大自然灾害监测与评估中的应用实例分析
2.
From the programs and projects,the development status and strategies on Earth observing technology of the main countries in the world,such as America,ESA,Canada,Japan,India and Russia,are introduced and analyzed.
从对地观测技术计划入手,对美国、欧空局、加拿大、日本、印度以及俄罗斯的对地观测技术发展现状和策略进行了概要的介绍和分析。
3.
It is therefore an important work for the government to use Earth observing technology to support the disaster prevention and reduction.
充分利用各种对地观测技术,从信息化的角度支持防灾救灾行动,已被列入政府的重要工作内容。
6) Earth observation system
对地观测系统
1.
In the history of the Earth observation system, the cloudy and rainy environment has been the bottle-neck for monitoring the land and ocean surface.
为解决这一瓶颈问题,通过多云、多雨环境下对地观测系统数据获取与信息处理的多学科研究,提出发展适用于多云、多雨环境的对地观测系统的科学思路与方案。
2.
Earth observation system (EOS) is proved to be the most efficient to yield information about Earth s land, atmosphere, ice, oceans and life that is obtainable in no other way, and ensures the development of earth system science.
对地观测系统(EOS,Earth Observation System)是获取空间对地信息、促进地球系统科学和空间信息科学等学科发展的支柱。
3.
Earth observation system (EOS) is proved to be the most efficient to yield information about Earth s land, atmosphere, ice, oceans and life that is obtainable in no other way, and insures the development of earth system science.
对地观测系统(EOS,EarthObservationSystem)是获取空间对地信息、促进地球系统科学和空间信息科学等学科发展的支柱。
补充资料：茶色地花树对羊锦
茶色地花树对羊锦 唐代织锦。以花树、羊为主体组成图案，成对称格局，饰以数只蝴蝶飞舞其间，显得生动而富有情趣。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条