測繪衛星 的英文怎麼說

中文拼音 [cèhuìwèixīng]
測繪衛星 英文
cartographic satellite
  • 測 : 動詞1. （測量） survey; fathom; measure 2. （測度; 推測） conjecture; infer
  • 繪 : 動詞（畫出圖形; 描寫） paint; draw
  • 衛 : Ⅰ動詞（保衛） defend; guard; protect Ⅱ名詞1 （周朝國名） wei a state in the zhou dynasty2 （姓氏...
  • 星 : 名詞1 （夜晚天空中閃爍發光的天體） star 2 [天文學] （宇宙間能發射光或反射光的天體） heavenly body...
  • 測繪 : （測量及繪圖） survey and draw; surveying and mapping; mapping; make maps
  1. 2 ） this paper research mainly the influence of the cluster satellite circumnavigation 、 earth - rotation 、 satellite attitude to the baseline variation and the speed measurement accuracy, and give the correcting mathematical formula and the relative curvature

    2 ） 、著重分析分散式衛星sar系統中衛星環繞、地球自轉、衛星姿態對基線、測速精度的影響，並繪出了相應的數學模型及關系曲線。
  2. 4. realize the render and display of subastral point tracks on the global satellite images. also include the display of satellite coverage ; realize the render of the three - dimension scene in which satellites orbiting the earth, including the render of satellite track and satellite model ; realize the render of scene based on the ground viewpoint, including the render of sky background, satellite ana satellite track

    4 、實現了在全球衛星影像地圖上衛星的星下點軌跡的繪制和顯示，以及覆蓋區域的顯示;實現了衛星圍繞地球旋轉的三維場景顯示、衛星軌跡顯示以及衛星模型顯示;實現了以地面觀測站為觀測視點的場景顯示，地面以及天空背景顯示，衛星及衛星軌跡顯示。
  3. In contrast with the measurement of backscattered ultraviolet solar radiation onboard satellites, ir radiance measurements in 9. 6m spectral channel at various instruments onboard meteorological / environmental satellites allow ozone estimates during both day and night. in this paper, we use ir radiance measurements within 9. 6 im spectral channels from moderate resolution spectral radiometer ( modis ) and advanced tiros operational vertical sounder ( atovs ) to retrieve total column ozone based on the operational retrieval system of national satellite meteorological center. for validating retrieval results, both ground based observation and total ozone mapping spectrometers ( toms ) ozone measurements are used and atovs retrieval results are corrected after the validation

    本文利用美國noaa衛星上的先進的大氣垂直探測器業務系統（ atovs ）儀器和地球觀測系統衛星（ eos ）上的中解析度成像光譜儀（ modis ）上的9 . 6 m臭氧探測通道的輻射測值，在國家衛星氣象中心業務反演軟體系統基礎上，反演出了兩種儀器探測的大氣臭氧總量，並且利用中國五個常規臭氧觀測站的資料和美國研製的臭氧總量測繪光譜儀（ toms ）反演的臭氧資料對兩種反演結果進行驗證分析，對atovs反演結果進行了訂正。
  4. These institutions have made use of both domestic and foreign remote - sensing satellites to carry out application studies in weather forecasting, territorial survey, agricultural output assessment, forest survey, natural disaster monitoring, maritime forecasting, urban planning and mapping

    這些專業機構利用國內外遙感衛星開展了氣象預報、國土普查、作物估產、森林調查、災害監測、環境保護、海洋預報、城市規劃和地圖測繪等多方面、多領域的應用研究工作。
  5. These institutions have made use of both domestic and foreign remote - sensing satellites to carry out application studies in different forms and at different levels such as weather forecasting, territorial survey, agricultural output assessment, forest survey, natural disaster monitoring, maritime forecasting, urban planning and mapping, etc

    這些專業機構利用國內外遙感衛星開展了氣象預報、國土普查、作物估產、森林調查、災害監測、環境保護、海洋預報、城市規劃和地圖測繪等多方面、多領域的應用研究工作。
  6. Application of continuous operation reference system in city plan and surveying

    連續運行衛星定位系統在城市規劃和測繪中的應用
  7. Private club aimed at the city s business community. information on facilities, events and membership

    -經營項目包括：測繪測量全球衛星定位導航地理信息系統技術等。
  8. Satellite mapping radar

    衛星測繪雷達
  9. For example ， the same group of microsatellites could be initially widely spaced to provide worldwide radar coverage ， and then within hours moved closer together to conduct finetoothed searches of smaller areas

    例如，一組微型衛星原本分散分佈以提供全球雷達監測，但在幾個小時之內就可以靠攏到一起，對小區域進行更細致的測繪。
  10. The micro - satellites cooperate together to accomplish one or more tasks, which has equivalent function with a big satellite. the new model system can provide more baseline and contribute to data fusion. it has much more advantage than conventional single spaceborne sar system because its baseline selection is agile and alterable

    由於採用多星協同工作，該系統在保持高解析度情況下可實現寬測繪帶成像、動目標檢測以及地面高程測量等多項任務，並且這種分散式衛星能提供靈活多變的基線組合，可提升系統性能和擴展系統功能，同時提高衛星生存能力、實施規模生產和降低發射費用，具有傳統星載sar無法比擬的優勢。
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