Using mathematic way to set up gas logging well oil gas reservoir identifying model, to solve the problem of the real-time software in logging at the condition of few identifying basis.
用数学方法建立气测井油气储层识别模式，以解决录井中实时软件在判别依据少的条件下，及时识别油气显示假异常的难题。
On the base of core observation, combining well logging and logging, 10 sorts of log facies and the association are divided.
在岩心观察的基础上，结合测井及录井资料划分出10种测井相及其组合。
Connected with the computerized logging system, dip logging is implemented and the desired logging data is obtained, which reveal exactly the structure of well and information of deposit.
结合在数控测井系统中配接仪器的实际，实现地层倾角测井的应用，以取得合格的测井资料，准确地反映出单井构造和沉积信息。
Television imaging logging technique, including visible television imaging logging and supersonic imaging logging, can perform 360 degree scanning of well sidewall and casing with great accuracy.
电视成像测井技术包括可见光电视成像测井和超声波电视成像测井，可对井壁和套管进行360度扫描，成像显示，图象逼真，资料准确。
The efficiency of accessing to well logging data is very important to well logging software, and the application of variable data structures to the logging software become very popular.
测井数据的高效访问直接关系到测井软件的执行效率，高效的数据结构在测井软件中的应用是数控测井软件的研究方向。
A method for injected profile data interpretation of five parameter combination well logging is proposed through comparative analysis of combination logging data.
通过对比分析组合测井资料，提出了五参数注入剖面组合测井资料解释方法。
The characteristics of logging industry are stated with some feasible Suggestions for developing the safety management work well in logging industry presented.
本文论述了采运行业的特点，并提出了做好采运行业安全管理的几点对策。
The complex electrical characteristics of low resistivity reservoir make the well logging interpretation difficult by conventional well logging information.
低阻油层由于其复杂的电性特征，致使利用常规测井信息解释难度较大。
Geochemical techniques could directly analyze the fluid features of reservoir samples, and well logging, especially NMR logging could reflect abundant reservoir response character.
地球化学技术可以直接分析储层样品的流体特征，测井技术特别是核磁共振测井能够提供更为丰富的储层响应特征。
Based on the logging response of Sector bond Tool (SBT) in the experimental well of bond quality, several factors influenced logging response of SBT were analyzed.
以扇区水泥胶结测井仪(SBT)在固井质量实验井的测井响应为基础，分析了可能影响SBT响应的几种因素。
Therefore, in well logging company, Henan oilfield, technicians have done a lot of tests and researches about packer ultrashort wave watercutmeter logging.
为此，河南油田测井公司进行了过环空集流产液剖面测井的研究和试验。
What natural gamma well logging measured is total natural gamma radioactivity in layer, and it is a kind of most basic method in casing pipe well logging.
自然伽马测井测量的是地层总的自然伽马放射性，是套管井测井的一种最基本的方法。
Due to high water injection pressure, it is difficult to transport the logging cable into water injection WLL by its own weight during well logging process.
在注水井带压测试工艺中，由于注水压力的影响，测井电缆依靠自身质量无法向井下输送，为此开发研制了测井电缆带压下井输送器。
Rational interpretation of well track position in reservoir, changes of resistivity logging response and of porosity logging response are made by using XXX horizontal well as examples.
以XXX水平井为例，对井眼轨迹在储层中的位置，以及电阻率测井响应和孔隙度测井响应的变化做出了合理的解释。
In order to get more accurate logging data, it is very important to do research on the influence rule of metal casing and cement sheath to cross-well electromagnetic logging.
为了得到更精确更趋于实际的测井数据，研究套管和水泥环等对井问电磁测井的影响规律具有非常重要的意义。
The modern imaging well logging technology is the most advanced well logging technology today.
现代成像测井技术是当今世界测井技术的前沿。
Because the formation fluid can not seep in well bore, people find out reservoir usually by cuttings logging, gasometry logging, core analysis, fluorescence etc.
由于地层流体不能进入井筒，过平衡钻井时要确定油气层一般都通过岩屑录井、气测录井、岩心分析、荧光等来实现。
Imaging well logging is a new generation of technology after direct digital logging. It is an integrated multidisciplinary technology.
成像测井是继数控测井技术以后新一代的测井技术，是一门多学科的综合技术。
The relationship between water cut and water saturation in the formation of reservoir are given combined the conventional well logging data in open hole with production well logging data.
通过综合运用裸眼井中常规测井资料和套管井中生产测井资料（产出剖面测井资料和碳氧比能谱测井资料） ，研究确定区块每一储层产水率与含水饱和度之间关系式。
In recent years, the sonic full wave well-logging technique is widely using for solid mine well-logging and engineering prospecting with its maturing both in theory and instrument.
近年来，声波全波列测井在理论和仪器原理上已经成熟，正被广泛应用在固体矿产测井及工程勘查设计中。
This paper describes that well logging curves are carried out optimization and normalization correction according to the geologic characteristics of the interbedded strata and logging response.
本文根据夹层地质特点和曲线响应，对测井曲线进行了优化选择和标准化校正，在此基础上提出了一种合理的夹层参数测井解释方法。
Well logging technology is advancing and all kinds of well logging data are increasingly enriched while the oil field has developed further.
伴随油田开发的深入进行，测井技术不断进步，各类测井成果资料日益丰富。
Analyzes the field logging data and application results; Finally gives the conclusion that the performance of this tool is reliable and its well logging data is helpful to identify thin beds.
对其现场测井资料及应用效果进行了分析。结果表明，该仪器性能可靠，对划分薄层有明显作用。
RFT well logging can help conventional well logging solve many problems in the exploration and development of the oilfield.
在油田勘探开发过程中，RFT测井资料能够辅助常规测井方法，解决许多难题。
The paper introduced the theory, structure and logging methods of UCT well logging technology and analyzed the application status of UCT well-log infonnation.
介绍了超声波固井质量检测仪（UCT）的原理、结构及测井方法，分析了UCT测井资料的应用情况。
This paper presents the principle, structure and characteristics of Russian MID-K logging tool. And the well logging data show the detection effect in single case-pipe and multilayer case-pipes.
结合俄罗斯最新产的电磁探伤测井仪MID-K，介绍MID-K的原理方法、仪器结构及特点，并用测井资料，展示在单套管和多层管内进行套管检查的应用效果。
Through further researches imaging well logging will be perfect and pre - dominate in well logging technologies. It will play an important role in oil and gas exploration and development.
成像测井通过研究不断完善、进步，将成为主流测井技术，在油气勘探开发中发挥重要的作用。
Natural gamma logging is a kind of most basic methods of well logging in cased Wells which measure with gamma ray detector along well during logging.
自然伽马测井是套管井测井中一种最基本的方法。它以地层自然放射性为基础，测井时用伽马射线探测器沿井眼进行测量。地层中的自然伽马放射性不是一成不变的。
Natural gamma logging is a kind of most basic methods of well logging in cased Wells which measure with gamma ray detector along well during logging.
自然伽马测井是套管井测井中一种最基本的方法。它以地层自然放射性为基础，测井时用伽马射线探测器沿井眼进行测量。地层中的自然伽马放射性不是一成不变的。
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