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    Study evolution of detection and recognition on target in SAR image
    SAR图像中目标的检测和识别研究进展
    The Research of drilling techniques to follow the geological target while drilling is an important subject of geosteering drilling.
    随钻跟踪地质目标的方法与技术研究是地质导向钻井的重要内容。
    OB the other hand, a study was made on die mechanics properties of steerable drilling tool which used in following the geologic target white drilling by the solid mechanics FEA method.
    利用固体力学的有限元法研究了@钻跟踪地质目标的导向钻具组合的力学性能,包括定量计算实施随钻民踪顺目标钻并所需的导向力的大小和方向及导向工具面方向。 分析和研究了导向钻具组合的工作状态及钻井参数等对BHA导向性能及井眼轨 葡的影咱。
    Location of target is an basic information in remote sensing imagery. It is fundamental for topographic survey, disaster monitoring, resource survey, change detection and so on.
    目标的位置参数在空间遥感中是一个基本的信息量,它是地形测绘、灾害监测、资源普查、变化检测等一切遥感应用的基础信息。
    6. Application of each reservoir approach should base on geology and seismic data in study area. So it is important to study geological and geophysical properties of target first.
    6.储层横向预测的每一种方法、手段适用条件有所不同,预测结果成功与否关键在于对研究区地质情况、地震资料的认知程度,最重要的是对研究目标的储层地质和地球物理特征的认识,只有这样才能确定好恰当的研究方法和工作思路。
    The electromagnetic method exploration makes use of the difference of various rocks, ore science of electricity in lithosphere realizes geology target. It is a prospecting method which was used to observe and to research electromagnetic field (natural field or artificial field) space and time distributed regulation in order to check the geology structure and look for the useful mine.
    电法勘探是利用地壳中多种岩石、矿石电学性质间的差异来实现探测地质目标的目的,是基于观测和研究电磁场(天然场或人工场)空间和时间分布规律以勘查地质构造和寻找有用矿产的一种勘探方法。
    With the development of remotely sensed data application,people began to interested in getting more information about the target odject,especially the three-dimensional information ,and so hyperspectral remote sensing and multianglar remote sensing came into being.
    随着现代遥感技术的发展,人们不仅需要地面目标的平面信息,而且还需要了解更高的信息——即目标的三维信息,因此高光谱遥感与多角度遥感应运而生。
    ⑤ It is lead to use fault analysis to seek sandstone development belt anddetermine drilling target.
    ⑤引入断层分析法寻找砂岩发育带、确定钻探目标的思路;
    With such modified pseudosection at hand the interpreter will be able to give a direct estimation of depth, mode of occurrence, and size of the prospecting target.
    这种修正的偶极拟断面图,可使解释人员直观地了解勘探目标的埋深、产状和规模。
    Based on literature [1] , the multiple target decision-make of earthquake countermeasure is simplified as single target decision-make to calculate the effect measure matrix of each target and then the synthetic effect matrix of various targets is also calculated by considering their unequal weight sum and using the relevant formula of grey decision-making metlmd (2), so as to determine the optimum situation.
    本文以文献[1]为基础,利用灰色决策方法的有关公式,将地震的多目标决策按不等权和化为单目标决策,计算了各目标的效果测度矩阵和综合测度矩阵,从而确定出最优局势。
    Applying geclogic-geophysic methods for reconnaissance, in the process from project design, field work to interpretation of results and inference, it is necessary to learn and investigate the geologic-geophysic conditions and the characteristics of the study area and target, so as to determine effective prospecting methods and to give practical interpretation.
    在应用地质地球物理方法普查找矿时,从设计到野外工作,以及对所取得成果资料的解释推断都需要了解研究有关调查地区及探测目标的地质-地球物理条件及其主要特性,以便确定有效的普查找矿方法和提出切合实际的解释推断意见.
    It is very important to establish and u,se the geological-geophysical model of target in the solution of the above mentioned problems.
    建立和应用探测目标的地质-地球物理模式,对解决上述问题具有重要意义. 我们总结建立了新疆铜镍硫化物矿床地质-地球物理模式,指出了普查寻找这类矿床的主要标志和基本方法.
    Researches in such aspects as the open system, nonequilibrium and kinetics constitute the frontiers of geosciences, with the fluids within the earth's interior as the target.
    开放体系、不平衡和动力学的研究构成了以地球内部流体为目标的前缘领域。
    The results indicate the computer treatment system of actual monitor, the simulated analysisapolication of accident, and the establishment method of EGIS application system, which generally includes the choice of system target,investigation statistics of polluon soarce, sysytematic funtion analysis, systematic design and realization.
    EGIS应用系统建立方法一般包括系统目标的选定、污染源的调查统计、系统功能分析、系统设计与实现。
    In the exploration case presented in the paper, we use technological achievements for reservoir physical parameters processing and tentatively reveal the details of the exploration target. This shows that these techniques are helpful to search hidden oil and gas reservoirs.
    本勘探实例应用了储层物性参数处理技术的成果,初步揭开这个勘探目标的“面纱”,说明该技术有助于隐蔽油气藏的查找。
    The drawing of long range programming of earthquake prevention and disaster alleviation in fujian province is centered on the requests of the targets of national economy and society development strategy and stressed the construction of 3 work systems,to ensure that the work adaptiong to national economy construction and sustainable development,Starting from the province situation,earthquake situation,and disaster situation,we research the strategy,target and measures about earthquake prevention and disaster alleviation in our province during the first 20 years of 21 centure.
    福建省防震减灾长远规划编制 ,是紧紧围绕全省国民经济和社会发展战略目标的要求 ,突出防震减灾三个工作体系建设 ,以保证防震减灾与国民经济建设和社会可持续发展基本上相适应为根本目标 ,从省情、震情、灾情和防震减灾事业发展的客观实际出发 ,研究提出 2 1世纪 2 0年全省防震减灾发展战略、目标、任务和保障措施。
    The method has been proved after application in exploration production that it can effectively reduce for predicting target, significantly diminish bias and therefore provide more accurate geologic basis for improvement on rate of success in oil-gas exploration and development.
    在勘探生产中应用后证实 ,此方法能够有效地减少对预测目标的多解性 ,显著地减少偏差 ,从而为提高油气勘探开发成功率提供较准确的地质依据。
    As a new play where Mesozoic is the exploration target, Chaoshan depression is extremely different from other depressions in Pearl River Mouth basin in stratigraphic time, occurrence and lithological character, structural features, as well as water depth and exploration target depth. So this depression has its own characteristics in seismic acquisition, processing and interpretation.
    潮汕坳陷是以中生界为目标的新的勘探领域 ,其地层时代、产状、岩性以及构造特征等都与珠江口盆地其它坳陷大相径庭 ,海水深度和目的层埋深也有很大差别 ,因此 ,该区地震资料的采集、处理和解释均有自己的特点。
    All these characteristics enables LBRCF to do spectroradiometry calibration in the target temperature range -60℃ to 80℃.
    这些特点使校准装置具有足够的能力进行-60~+80℃温度区间目标的光谱辐射度校准。
    The conventional shot-record prestack depth migration costs a very expensive amount of computations for wavefield extrapolations. Based on the fast areal shot technology, the controlled illumination prestack depth migration aims to efficiently achieve the high-quality image of the target structure by controlling the source wavefield at the target.
    基于炮集数据的常规叠前深度偏移波场外推的计算量非常大 ,控制照明叠前深度偏移是基于快速的组合炮技术 ,通过在目的层上控制震源波场 ,高效实现对地质目标的高质量成像 .
 

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