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   区域重力测量 的翻译结果: 查询用时:0.203秒
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区域重力测量
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  regional gravity survey
     THE APPLICATION OF GPS TO 1: 200,000 REGIONAL GRAVITY SURVEY
     GPS在1:20万区域重力测量中的应用
短句来源
     This paper introduces the application of GPS to 1: 200,000 regional gravity survey of Shimian sheet,studies correct working method of GPS applied to the regional gravity survey and sums up ollr experience and proolems awaiting solution. :
     介绍了利用GPS开展1:20万石棉幅区域重力测量的情况,对正确掌握GPS的工作方法作了研究,并总结了应用该项技术的成功经验和遗留问题。
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  “区域重力测量”译为未确定词的双语例句
     A DISCUSSION ON THE ACCURACY OF FAR-SECTOR TOPOGRAPHIC CORRECTION INREGIONAL GRAVITY SURVEY
     试论区域重力测量远区地改的精度
短句来源
     APPLICATION OF TRIANGULAR ELEMENT INTERPOLATION TO THE GRIDDING THE REGIONAL GRAVITY DATA
     三角形线性插值在区域重力测量数据网格化中的应用
短句来源
     A STUDY OF OUTER CORRECTION IN GRAVITY SURVEY BY BOUNDARY ELEMENT METHODS
     用边界元法进行区域重力测量外部改正的探讨
短句来源
     DETERMINATON OF THE MAXIMUM RADIUS FOR TERRAIN CORRECTION IN REGIONAL GRAVITY MEASUREMENT
     区域重力测量中地形改正最大半径的确定
短句来源
     THE DETERMINATION OF STONE SLAB CORRECTIONCOEFFlCIENT IN REGIONAL GRAVITY MEASUREMENTOF MOUNTAIN AREAS
     山区区域重力测量中间层校正系数的确定
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  相似匹配句对
     THE DETERMINATION OF STONE SLAB CORRECTIONCOEFFlCIENT IN REGIONAL GRAVITY MEASUREMENTOF MOUNTAIN AREAS
     山区区域重力测量中间层校正系数的确定
短句来源
     The Regional Dimension
     关于区域
短句来源
     Outline of regional geological setting
     区域地质概况
短句来源
     THE APPLICATION OF GPS TO 1: 200,000 REGIONAL GRAVITY SURVEY
     GPS在1:20万区域重力测量中的应用
短句来源
     Satellite Gravity Measurement
     卫星重力测量
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利用区域重力测量资料解释深部构造时,采用平均场法、向上延拓等滤波手段是很难完全消除干扰因素的.本文采用对具有一定规模的已知其密度的地质体进行正演校正的方法,能够较理想地消除干扰,达到正确解释深部构造的目的.

The paper describes the method of triangular element linear interpolation and application of the method to the gridding the regional gravity data.

本文介绍了三角形线性插值方法和该法在区域重力测量数据网格化中的应用,列举了理论模型和实测资料的试算结果。

In regional gravity measurement, the geodetic level-surface couldn't be simply replaced by an infinity plane or a certain number of finite planes and its bending effects shouldn't be neglected, it must be taken into consideration. For the rough relief terrian, it is difficult to delineate them by only one function. Large outer correction errors would be brought in if only the plane function or spherical function was used. Considering of this, a model better fitted to the relief of the surface was developed by...

In regional gravity measurement, the geodetic level-surface couldn't be simply replaced by an infinity plane or a certain number of finite planes and its bending effects shouldn't be neglected, it must be taken into consideration. For the rough relief terrian, it is difficult to delineate them by only one function. Large outer correction errors would be brought in if only the plane function or spherical function was used. Considering of this, a model better fitted to the relief of the surface was developed by the author. By using this to the outer correction of the regional gravity measurement, the accuracy and the speed of calculation could be raised to some extent and this could be done by microcomputer.

区域重力测量中,大地水准面通常不能简单地用一个无限大平面或若干个有限大平面来代替,而必须考虑其弯曲效应。对于起伏不平的地形,确难用一个函数描述它们,若仅用平面或球面函数等来表达,势必产生较大的、且又难以满足精度的重力外部校正误差。为此,本文作者提出了一种能较好地拟合地表起伏的模型,应用该模型进行区域重力测量外部改正计算,可提高其计算精度与速度。并能在一般微型计算机上实现。

 
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