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重力测量技术
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  gravity survey technique
     The New Development of Japanese INSAR and Gravity Survey Technique Extracted from 2000 WPGM
     日本INSAR和重力测量技术的最新进展
短句来源
     With the renewal of the development of marine gravity survey technique and gravity meter, the gravity data handling has constituted an integral part of gravity survey.
     随着海洋重力测量技术的发展和重力仪器的更新换代,重力资料的数字处理已成为重力勘探中的一个重要组成部分。
短句来源
     The last development in the field of Japanese INSAR and gravity survey technique and its application to geodesy,oceanography and geophysics,for example,volcano monitoring,earthquake monitoring,crustal deformation monitoring,ice flow field monitoring,plotting tidal load deformation map,surveying the lunar landform and lunar gravity field,are introduced in detail in this paper,according to the information from 2000 West Pacific Geophysical Meeting held in June in Japan.
     根据 2 0 0 0年 6月在日本举行的 2 0 0 0年西太平洋会议获取的信息 ,较详细地介绍了日本近年来在 INSAR和重力测量技术领域的最新进展 ,及其在监测火山、地震、地壳形变、冰流场、绘制海洋潮汐负载形变图、测量月球形状和月球重力场等大地测量、海洋和地球物理中的应用。
短句来源
  gravimetric techniques
     With the fast development of gravimetric techniques, especially space gravimetry, it is possible to obtain gravity vector and tensor, which represent the middle and high frequency information of the gravity field.
     随着重力测量技术日新月异的发展,尤其是空间重力测量技术的发展,使反映地球中、高频信息的重力矢量及张量的获取成为可能。
短句来源
  “重力测量技术”译为未确定词的双语例句
     Airborne gravimetry technique and its applications
     航空重力测量技术及其应用
短句来源
     THE DISCUSSION FOR EFFECT OF APPLICATION OF GROUND MICROGRAVITY SURVEY IN KARST REGION
     地面高精度重力测量技术在岩溶地区应用效果的探讨
短句来源
     With the development of space technique, the geo-potential model, determined from satellite measurements and surface gravity observation, has been improved continuously, with higher resolution and precision.
     随着现代重力探测技术的不断发展,特别是航空重力测量技术的改进和完善以及新一代卫星重力测量计划的实现,人类获取的重力场信息也越来越丰富,全球和局部重力场模型的准确度和分辨率取得了重大突破。
短句来源
     Airborne gravimetry is a new kind of technique for surveying the gravity acceleration over the earth's surface and is advanced in gravimetry history, which basing on aircraft, including gravimeter, GPS, altimeter and attitude sensor etc.
     航空重力测量是一种新型的重力测量技术,它以飞机为载体,综合应用重力传感器、GPS、高度传感器、姿态传感器等设备测定近地空间重力加速度。
短句来源
     In this paper, the authors have reported the application of airborne gravity survey in the United States, Canada, Australia and some other countries in 20th Century, and analyzed the adaptability of the airborne gravity surveying techniques used abroad to regional geophysical exploration and basic geological researches in harsh and complex areas as well as in desert, swamp and other severe terrains within central and western China.
     介绍了20世纪美国、加拿大、澳大利亚等国家航空重力测量的应用情况,分析了目前国外航空重力测量技术应用于我国中西部艰险、复杂地区及沙漠、沼泽等困难地区的区域地球物理勘探和基础地质研究的适用条件。
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  相似匹配句对
     TECHNOLOGY
     技术
短句来源
     Technology;
     技术
短句来源
     Status and applications of airborne gravimetry.
     航空重力测量技术的现状及应用
短句来源
     Airborne gravimetry technique and its applications
     航空重力测量技术及其应用
短句来源
     Satellite Gravity Measurement
     卫星重力测量
短句来源
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  gravimetric techniques
The kinetics of graphite sedimentation in aqueous dispersions is studied using conductometric and gravimetric techniques.
      
Radiotracer and gravimetric techniques were used to investigate the effects of starvation, temperature, body size and food quality on both the ingestion rates and absorption efficiencies of A.
      
Samples of the sediments to be dredged were collected and analyzed, correlating turbidity readings with TSS determined by standard gravimetric techniques.
      
Particle size was determined using gravimetric techniques and Coulter counter.
      
Thefluorescence signal was linearly correlatedwith the neutral and polar lipid content asdetermined by gravimetric techniques.
      
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With the renewal of the development of marine gravity survey technique and gravity meter, the gravity data handling has constituted an integral part of gravity survey. This paper deals mainly with the digital data handling of Bouguer, Eotvos, normal, etc corrections and coodinate transformations of gravity data collected through the marine gravity meter Model KSS-5. All the aforementioned processes are implemented on RDS 500 and CYBER 172 computer.

随着海洋重力测量技术的发展和重力仪器的更新换代,重力资料的数字处理已成为重力勘探中的一个重要组成部分。本文着重介绍KSS—5型海洋重力仪采集的重力资料在RDS 500及CYBER 172计算机上进行布伽、厄特维斯、正常场等项校正的数字处理及座标转换,最终绘出海洋重力综合剖面图及布伽异常图的方法及程序。分析了处理效果,并指出了今后努力的方向。

The use of measuring data of the earth's gravity field is beeing increasingly expanded in economic construction,national defence construction and scientific research,especialy in the earth sciences including seismological research.Some disciplines demand high accuracy of the data from gravimetric measurements.Gravimetric measurements as an undertaking in China has successively developed with the advancements in modern science and technology. The paper comprehensively describes the advances in the gravimetric...

The use of measuring data of the earth's gravity field is beeing increasingly expanded in economic construction,national defence construction and scientific research,especialy in the earth sciences including seismological research.Some disciplines demand high accuracy of the data from gravimetric measurements.Gravimetric measurements as an undertaking in China has successively developed with the advancements in modern science and technology. The paper comprehensively describes the advances in the gravimetric measuring work in China in recent years from aspects of the development of instruments,the experimental research and standardization of gravimeters,the precision gravimetric measuring technology and so on.

地球重力场的测量资料,在经济建设、国防建设和科学研究,即主要是地球科学,包括地震学研究中的用途正在日益扩大。有些学科对重力测量资料的精度要求很高。随着我国现代科学技术的发展,我国的重力测量事业也相继得到了较大的发展。本文从仪器研制、重力仪性能的实验研究和标定、精密重力测量技术等方面综合介绍了近几年来我国重力测量工作的进展情况。

The micro gravitational method formed by the combination of gravitational survey of

当今高精度重力测量技术与传统重力勘探方法结合形成的微重力方法是工程勘察中的有效手段之一。本文结合实例针对其在这一领域内的几个主要应用方面,从方法特点、应用前提、勘察能力及效果等进行了分析探讨。

 
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