各种物性参数均遵循近似椭圆规律变化。
All the above physical parameters conform the approximate ellipse law.
食品的物性参数很多。
液体的粘度是重要的基本物理参数和结构敏感物性参数。
Liquid viscosity is an important fundamental and structural sensitive physical parameter.
然后以此砂体模型为相控制条件，建立储层物性参数模型。
Taking this sand body model as facies-controlling conditions, a reservoir property model was proposed.
储层岩石渗透率是量度油气流动能力最重要的物性参数之一。
Permeability is one of the most important parameters for the measurement of the flowing capability of the oil and gas.
得到了有关多孔介质层物性参数对井下换热器热输出影响的规律。
The effects of some porous medium parameters on the heat output of Downhole Coaxial Heat Exchangers were carried out.
由于原油物性参数的改变，装置的操作条件需要不断的进行调整。
Operating conditions needs to be adjusted frequently because of the change of crude oil property parameters.
而利用测井曲线对储层物性参数进行预测是目前最经济有效的方法。
At present the most economical and convenient method to predict the reservoir characterization is using well log data.
各种实际工程的理论分析方法，都必须以合理的土体物性参数为基础。
Theoretical analysis method of various projects must be based on reasonable soil physical property parameters.
通过实例介绍了利用一种概率神经网络技术预测储层物性参数的方法。
Using an example, a method based on probabilistic neural network technique is introduced, which aims at prediction of petrophysical parameters for reservoir.
沉积岩的物性参数包括速度、密度和电阻率等，它们与孔隙度是有联系的。
Physical property parameters including velocity, density and resistivity have relations to the porosity of the sedimentary rock.
其中压力模型的建立利用了气液两相氦的物性参数与饱和压力的对应关系。
The pressure model is established by considering the relations of properties of two-phase helium with the corresponding saturated pressure.
如何可靠地确定油气水物性参数，这一直是生产测井解释中的一个关键问题。
How to correctly determine the physical parameters of oil, gas and water has been a key problem in production logging interpretation.
根据多方收集到的资料，考察了温度和压力对岩石和地下水物性参数的影响。
Based on the collected data, the effect of temperature and pressure on physical properties of rock and groundwater is researched.
油气储层的物性参数是油气地球物理（特别是勘探地球物理）的重要基础资料。
The physical parameters of oil and gas reservoir rocks are important fundamental data for petroleum geophysics, especially for exploration geophysics.
基于实验研究探讨了深冷处理数值模拟所需的7075铝合金材料的物性参数。
Some property parameters of 7075 aluminum alloy were investigated upon experimentation for the numerical simulation of cryogenic treatment.
由于不同金属具有不同的物性参数，因而电磁成型可行性及难易程度各不相同。
Due to the distinct electromagnetic and physical parameters, the feasibility of the electromagnetic shaping under magnetic field is distinct to different metals.
物性参数分析值不发生剧烈变化的最小岩心尺度，称作岩石的连续性特征尺度。
The minimum core size that can result in stable petrophysical parameters may be defined as the characteristic scale of rock continuity.
凝析气相态实验分析能直接得出流体的物性参数，但并非能测定所有成分的参数。
Phase behavior experiment analysis of the condensate gas can determine fluid property parameters directly but not its all components.
由于历史原因，木头小规模油田在开发过程中，评价油藏、储层的物性参数严重匮乏。
Reservoir evaluation are seriously short of physical parameters during development of the small Mutou oilfield due to some historical factors.
玄武岩熔体的粘度-温度关系和析晶性能是研究玄武岩纤维制备过程最重要的物性参数。
The viscosity and crystallizability of basalt melt are the most significant parameters in studying basalt fiber.
但冷冻所引起的流体膨胀，会破坏岩心的孔隙结构，使冷冻前后岩石物性参数发生变化。
But fluid expansion of core resulted from refreezing can destroy pore structure of core, make physical parameters before and after refreezing change.
热容是稻谷的重要热物性参数，被广泛应用在干燥工艺设计和干燥过程的计算机模拟中。
The heat capacity, an important thermal characteristic parameter of the paddy grains, was widely applied to the design of drying technology and the computer simulation of dry procedure.
并结合火成岩特殊的化学组成和岩石孔隙结构特征，进行了有关物性参数计算方法研究。
Combining the special chemical composition and rock texture characteristic, models of reservoir porosity calculation are set up.
核磁共振录井技术主要用于在钻井现场快速、准确地分析岩心、岩屑和井壁取心的物性参数。
NMR (Nuclear Magnetic Resonance) logging technology is mainly used for quickly and accurately analyzing physical parameters of core, cuttings and the sidewall core on drilling site.
利用自行研制的肝癌组织热物性参数和血液灌注率测量装置，以兔子为对象进行了活体实验。
In vivo experiment of rabbit livers is introduced by using an experimental equipment to measure the thermal properties and blood perfusion rate in live cancer tissues.
储层预测是一项综合运用地震、测井资料，定量预测储层的空间几何形态和各种物性参数的新技术。
Reservoir prognosis is to study the geometrical form of reservoir and various physical property parameters quantitatively by using seismic data and logging data in combination.
储层预测是一项综合运用地震、测井资料，定量预测储层的空间几何形态和各种物性参数的新技术。
Reservoir prognosis is to study the geometrical form of reservoir and various physical property parameters quantitatively by using seismic data and logging data in combination.
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