航测

háng cè
  • aerial survey;air survey
航测航测
航测[háng cè]
  1. 在区域环境放射性测量中,航测具有特殊的优势,是IAEA推荐的手段。

    The air survey is specially superior in the regional environmental radioactivity survey , which is recommended by IAEA .

  2. 模型机航空近景摄影测量系统的开发和应用四镜头连续航测摄影机

    Development and applications of a model airplane-borne photogrammetric system quadruple serial air survey camera

  3. GPS铁路航测外控点的高程计算模型

    GPS Normal Height Calculation Model of Railway Aerial Picture Control Points

  4. 送电线路航测GPS高程的线性拟合

    Linear Fitting of GPS Altitude In Transmission Line Aerial Surveying

  5. 双基准快速后处理GPS技术在航测外业控制测量中的应用研究

    Application of Double Based Fast Post Processing GPS in Photography Control Surveying

  6. 用GPS作航测外控的技术方案

    Technical Plan of Aerial Survey Field Control by GPS

  7. GPS快速静态测量技术在1:1000航测像控中的应用

    Application of Fast and Static GPS to 1:1000 Control Point Measurement of Photogrammetry

  8. 超高压输电线路工程航测GPS像控测量的原则和方法

    Principle and Method of GPS Control Surveying of Photograph in Transmission Line Aerophotogrammetry

  9. 基于城市GPS控制网的航测像控点测量

    The Surveying of Photo-control Based on Urban GPS Net

  10. 应用航测数字成图技术获取城市GIS基础地理信息的实践与认识

    Urban Geo-information Acquisition with Photogrammetric Digital Mapping Technology

  11. GPS航测中的模糊度解算和摄影中心确定

    The approach of ambiguity resolution and the determination of projection center in GPS-aided aero-triangulation

  12. 大面阵CCD航测相机图像去黑斑的处理

    Processing of the Black Speckle in Digital Image of Large CCD Camera

  13. 面阵CCD航测相机成像模型与处理技术

    Imaging Model and Data Processing Technology of Large Format CCD Aerial Camera

  14. 航测寻找大苑南人工放射性热点~(152)Eu的实例

    An example of capturing a hotspot of man-made radioactive ~ ( 152 ) eu

  15. GPS在航测外业控制测量中的应用

    Application GPS in Phototopography Control Survey

  16. 小比例尺航测像控GPS测量网形的组织与已知点的匹配

    GPS survey net organization of small-scale aerospace survey image control and the match of known points

  17. 数图编辑在航测法获取GIS基础地理信息中的应用

    Application of Digital Map Compiling to Obtain Basic Geographic Information ( GIS ) in City with Aerophotogrammetry

  18. 通过对分通道影像配准误差的分析,建立了大面阵彩色CCD航测相机彩色合成影像的理论基础。

    The basic theory of composite image of large format CCD aerial camera has been founded .

  19. GPS高程拟合技术在兵团新建58团1/1万航测外业中的应用

    GPS Elevation Fitting New Technology in the Corps , 58 Group 1 / 10000 Aerial Survey in the Field of Application

  20. 航测法采集数据在CARD/1中生成DEM的一种有效方法

    A Valid Method of Founding DEM in CARD / 1 by Collecting Data Using Aerial Surveying

  21. RTK在大比例尺地形图航测数字化测图中的应用

    Large Scale Topographical Map Measurements in Digital by GPS RTK

  22. 本文结合送电线路工程的特点,介绍了航测GPS外控测量的原则和方法及注意事项。

    According to the specialities of the transmission line engineerings , This paper introduces the principle and method of GPS control surveying of photograph in transmission line aerosurveying .

  23. DMC在平坦地区数字航测中的应用数码航摄与传统摄影的比较探讨

    Application of DMC In Aerial Photography Over Flatten Areas Comparison of Digital and Traditional Aerial Photography

  24. NaI(T1)航测谱仪对~(137)Cs模拟面源的刻度

    Calibration of A NaI ( Tl ) Airborne Spectrometer for ( 137 ) ~ Cs Simulated Area Sources

  25. 航测得到的DTM数据准确地描述了区域的地形。

    DTM data acquired from aerial survey describes the topography of an area exactly .

  26. 对两个有限大Cs模拟均137匀面源,NaI(Tl)航测谱仪的刻度因子平均值为2.98×10-m2;

    The mean of calibration factors of the spectrometer is 2.98 × 10 - m2 for 2 two limited sources .

  27. NaI(Tl)航测谱仪对~(137)Cs、~(60)Co点源角响应的地面刻度

    Calibration of angle response of a nai ( tl ) airborne spectrometer to 137 Cs and 60 Co point sources on the ground

  28. 介绍了目前GIS地图数据的4种获取方法:内外业一体化成图法、手扶数字化仪输入成图法、自动扫描输入成图法、航测数字化成图法。

    This paper introduces four acquisition methods of GIS map data , they are following : integration of indoor and field , manual digitiser input , automated scanning input and aerial photogrammetry mapping .

  29. 数字化航测DLG新旧图式符号转换技术方法

    On Conversion Technology of New and Old Digitizing Aerial Survey DLG Symbol Lists

  30. 为保证航摄飞行质量,提高航测的自动化水平,有必要建立基于全球定位系统(GPS)和地理信息系统(GIS)的航空摄影测量飞行管理系统。

    To ensure the quality of aviation and map , and raise the automation level , it 's necessary to develop a suite of aerophotogrammetry flight management system based on GPS and GIS .