Due to observing conditions, positioning gross error will often appear when using GPS static or fast static operation in gravity exploration.
由于受观测条件的影响，在重力勘探过程中采用GPS静态或快速静态作业时，容易产生定位粗差点的情况。
Generally based on surveys of typical geological section, it can be determined that if the shortrange terrain correction of gravity exploration is necessary or not.
重力勘探的近区地形改正，一般通过典型剖面的试验来确定是否需要改正，并采用简易地改仪实测地形改正值。
In present gravity exploration of overthrust nappe, people usually use gravity continuation method, forward gravity modelling method and integrated gravity-seismic interpretation method.
目前，应用重力资料研究逆冲推覆构造，多采用重力延拓法、重力模型正演法和重力、地震综合解释法。
Gravity and magnetic data processing indoor is one of the important parts of Marine gravity and magnetic exploration.
海洋重磁资料内业整理是海洋重磁勘探的内容之一。
And neural network has a variety of applications in exploration of geology, gravity, magnetism, electricity, and seismic.
神经网络技术在地质、重力、磁法、电法及地震勘探中有着广泛的应用。
The quantitative reservoir model and differential distribution model of oil-bearing strata have a great significance in the oil and gas exploration of gravity flow channel sediments.
这一储层定量模式及油层差异分布模式对重力流水道沉积的油气勘探和开发具有较大的指导意义。
Because of less disturbance and higher accuracy borehole gravity measurement will find its wide application in hydrocarbon exploration.
井中重力测量具有受干扰因素少，精度高的优点，它在油气勘探中具有广阔的应用前景。
The gravity data in Jiyang Depression were interpreted. The methods for application of the gravity technique to petroleum exploration were determined.
对济阳坳陷重力资料进行了分析，研究和探索了重力技术在济阳坳陷石油勘探中的应用。
Modern petroleum exploration is unthinkable without the AID of magnetism, gravity, and seismic surveys in finding potential petroleum traps.
利用现代石油勘探手段寻找潜在的石油圈闭时，如果没有地磁、重力和地震勘探，是不可想象的。
The paper summarily introduces the advanced research results which are of theoretical importance in the forward and inverse problems in gravity magnetic exploration, and provides an adequate review.
首先概略地介绍了国内外具有较高理论价值的重磁勘探正反演理论前沿性研究成果，并给予了适当的对比评述。
Good processing techniques and comprehensive interpretation are mainly used for gravity and magnetic data of offshore oil-gas exploration.
海区油气勘探重磁成果处理解释主要依靠有效的处理技术与综合解释技术来实现。
Based on data of gravity survey, seismic exploration, aerial magnetical survey and surface geology, the central fault belt was identified in the Qaidam Basin.
重力、航磁、地震、遥感、地表地质等资料的研究结果表明，柴达木盆地基底存在着中央断裂带。
Relatively good result has been achieved in the application of gravity, magnetic and electric integrated exploration technique to the western part of Qaidam basin.
柴达木盆地西部应用重磁电等综合勘探技术取得了比较好的效果。
During petroleum exploration in block Leng43 of Lengjia oilfield, a large number of reservoirs deposited by gravity flow had been found.
在冷家油田冷43块油气勘探中，已发现大量的重力流沉积储层。
During petroleum exploration in block Leng43 of Lengjia oilfield, a large number of reservoirs deposited by gravity flow had been found.
在冷家油田冷43块油气勘探中，已发现大量的重力流沉积储层。
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