粘度是表征流体性质的一个重要物理量。
含油饱和度是评价储集层流体性质的重要参数之一。
Oil saturation is one of important parameters for the evaluation of the reservoir fluid property.
在常规测井中，电阻率测井是识别地层流体性质的主要手段。
In the conventional logging, resistivity log is the chief way to identify the types of fluids in formation.
流体包裹体蕴含着孑乙隙流体性质及其在地质史中演变的信息。
Fluid inclusion contains pore fluid property and information on its geological history.
影响成岩作用的主要因素为岩石成分、沉积环境、孔隙流体性质等。
The main factors which affect the diagenesis of the reservoir include rock composition, sedimentary environment and property of pore fluid.
热解气相色谱技术应用于储集层流体性质评价目前还处在探索阶段。
It is still at study that pyrolysis gas chromatography technology is applied in the evaluation of reservoir fluid property.
本文尝试把功率谱用于测井信号处理，并对储层的流体性质进行识别。
In this paper, spectrum is used for logging data processing and identifying the fluid property of reservoir.
但对于测试时管柱回收到的流体量少的情况，很难准确判断其流体性质。
But on the condition of receiving little fluid sample in testing string, it is difficult to determine fluid property.
分析孔隙流体性质及含量变化和测量频率变化对泥质砂岩频散特性的影响。
Effects of pore fluid property, contents variety and measurement frequency variety on frequency dispersion of argillaceous sandstone are analyzed.
它们在物质来源、成矿物化条件和成矿流体性质等方面既有联系又有差异。
The major metal resources are Hg-Sb, Pb-Zn and Au deposits, which are different but correlative in source materials, physical-chemical conditions and the characters of mineralizing fluid.
准确识别混油造成的假油气显示是正确评价储集层流体性质的前提和保证。
Accurately distinguishing the false oil-gas show caused by oil emusion is the premise and the guarantee to correctly evaluate fluid property of the reservoir.
这些是在流体性质，流动速率，传热面上的缩放和沉淀中是可能变动的结果。
These are the results of possible variations in fluid properties, flow rates, scaling or deposits on the heat transfer surfaces.
本文利用岩性并置图、泥岩粘污因子、流体性质等来研究该区的断层封堵性。
This paper studies the fault sealing ability in this area by using lithologic juxtaposition map, shale fouling factor, and fluid property.
车古20潜山裂缝性油气藏孔隙空间结构复杂，非均质性极强，流体性质难确定。
The fractured hydrocarbon reservoir of Chegu 20 buried hill is featured in its complicated pore space pattern, strong heterogeneity, and complex fluid property.
地球物理测井能识别储层流体性质的前提条件是油、气、水的物理参数存在差异。
The difference of physical parameters in oil-gas-water are premise that geophysical well log can be used for fluid typing.
如何准确、直观地判断储层流体性质一直以来都是测井解释研究的重要课题之一。
How to judge the reservoir fluid property accurately and visually has been one of the projects of well logging interpretation.
研究结果表明，原位低温拉曼光谱是获取储层包裹体中流体性质的一种有效方法。
The results of this study indicate that in situ cryogenic Raman spectroscopy is an available method to get the composition of fluid inclusions in reservoirs.
应用本模型可对聚合物驱或三元复合驱等流体性质变化的油藏的试井资料进行分析。
By use of this model, the analysis can be done to the well testing data of the reservoir with fluid property change of polymer flooding or alkali-surfactant-polymer flooding.
麻柳场构造嘉陵江组地层岩石组成、孔隙结构和流体性质复杂，流体性质判别困难。
Because the petrographical composition, pore texture and fluid property in Jialingjiang section of Maliuchang structure are complicated, it is difficult to distinguish the fluid properties.
通过平衡热力学计算和流体包裹体研究获得了各变质阶段P -T条件和流体性质。
P-T conditions and fluid nature in every metamorphic stage are found after study of fluid inclusions and calculating of thermodynamic equilibrium.
大庆油田东部深层某井区火山岩气藏岩性复杂、储层参数计算以及流体性质识别困难。
The lithology of deep wells in eastern Daqing oil field and complex, so calculating reservoir parameters and recognizing fluid are very difficult.
电缆地层测试技术是油气勘探验证储层流体性质、求出地层产能最为直接的方法之一。
Cable formation testing technology is one of the most direct methods to verify fluid properties and calculate formation productivity.
横波传播不受孔隙流体性质的影响，与纵波相比，横波的近地表层可以达到潜水面以下。
As the S-wave transmission from the impact of fluid properties, compared to the longitudinal wave the near-surface of S-wave can reach under the water table.
但由于油藏受构造和流体性质的影响，地层压力在纵向和横向上呈现出多种有规律的变化。
But because structure and fluid property have influence on reservoir, formation pressure presents varied regular change longitudinally and transversely.
从断裂带附近流体性质出发，深入分析了东濮凹陷兰聊断裂带流体活动特征及其成藏过程。
Based on the fluid properties in the fault zone area, the fluid flow characteristics and pool-forming process along Lanliao fault zone in Dongpu Depression are thoroughly analyzed.
主要讨论了地层岩性和含流体性质的识别问题，并指出了提高该方法实用效果的专业性措施。
Mainlydiscussed in the paper is the identification of the formation lithology and fluid properties. Several specialized measures to improve application effects are also given.
川东北飞仙关鲕滩储层普遍存在高电阻率现象，给储层识别和流体性质判别带来了很大的困难。
There are many difficulties for judging reservoir and fluid properties because of the Feixianguan Ertan high resistivity zones in the north-east Sichuan.
分析了换热设备结垢的主要影响因素：流体性质、流体流速、材质及表面状况、温度和沸腾等。
Effects of the liquid property, flow rate, material and surface characteristic, temperature and boiling on the fouling of heat transfer equipment are analyzed.
分析了换热设备结垢的主要影响因素：流体性质、流体流速、材质及表面状况、温度和沸腾等。
Effects of the liquid property, flow rate, material and surface characteristic, temperature and boiling on the fouling of heat transfer equipment are analyzed.
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