Chinese translation for "岩石孔隙"

bag

Related Translations:

混合岩石:  mixed rock

劈开岩石:  gadding

岩石炸药:  rock blasting explosiverock explosive

岩石平:  hard heading

岩石电钻:  rock electric drill

致密岩石:  compacted rockdense rock

岩石标本:  rock specimenrockspecimen

岩石骨架:  rock skeleton

岩石矿物学:  petromineralogy

岩石组分:  rock constituents

Example Sentences:

	1.	The porosity and permeability measurement of core in net confining stress 覆压下岩石孔隙度和渗透率测定方法
	2.	Standard test method for determination of pore volume and pore volume distribution of soil and rock by mercury intrusion porosimetry 用水银注入岩孔率计测定土壤和岩石孔隙容积与孔隙容积分布的标准试验方法
	3.	Using this theory fractal pore space geometry of rocks was discussed . at the same time the methods were given to determine the fractal dimension of pore space 利用分形几何学的基本理论探讨了岩石孔隙的分形结构及孔隙分形维数的确定方法。
	4.	Experiments have established that effective permeability is a function of the prevailing fluid saturation , the rock - wetting characteristics , and the geometry of the pores of the rock 实验证实有效渗透率是岩石中占主导地位的流体饱和度、湿润岩石性质和岩石孔隙几何形状的函数。
	5.	Based on the mechanism of deformation of rocks , porosity - depth curves of rocks can be divided into tow periods as compaction and compression 摘要根据岩石的变形机制，把岩石孔隙度的变化过程划分为压实和压缩两个阶段，岩石压实阶段的孔隙度呈指数规律变化，岩石压缩阶段的孔隙度保持为常数。
	6.	Study shows that these petrophysical parameters will change with pressures , of which rock porosity will affect other parameters ' variations , and permeability has lag - effect during cycling , rising and declining of the pressure 研究表明，岩石物性参数随压力的变化而变化；岩石孔隙度不同，其他参数变化规律不同；渗透率随压力循环升降存在滞后效应。
	7.	Main content in simulation is the spatio - temporal evolution of the set of descriptive variables characterizing tectonic mineralization state under coupling of various processes as following : ( 1 ) variables related to forming and property of ore - forming fluid , such as dissolution rate of minerals ( include metal minerals ) in rock , concentration and saturation of aqueous species in fluid , temperature , pressure , and ionic strength etc . ; ( 2 ) variables related to structural deformation and fluid flow , such as stress , deformation rate , fracture network , porosity , fracture permeability ; ( 3 ) variables related to precipitation and mineralization , such as nucleation rate of gangue and metal minerals , accumulation precipitation of various minerals , etc . ; ( 4 ) spatio - temporal coupling relation of various variables above , such as the coupling relationship between spatio - temporal evolution of fracture permeability and flow and focus of fluid and ore - forming 模拟的主要内容是在各种过程耦合作用下，以下描述构造成矿体系的主要变量的时空演化：与成矿流体的形成和性质有关的变量，如地层中矿物（包括成矿物质）的溶解速率、流体中各组分的浓度与饱和度、流体温度、压力、离子强度等；与构造变形和流体运移有关的各变量，如应力与变形速率、岩石孔隙度、构造（断裂）渗透率等；与沉淀成矿有关的变量，如矿物（金属矿物和脉石矿物）的成核速率、各矿物的沉淀量等；上述各有关变量间的时空耦合关系，如断裂渗透率时空演化与流体流动、汇聚和成矿的耦合关系等。
	8.	Proceeding from a cardinal reason affecting wettability reversal of rocks - the absorption of asphaltenes of oil in the pore surface of rocks , the effects of injection water salinity and cation type on this absorption are separately researched ; thus the vital factors affecting wettability reversal of rocks are derived 摘要从影响岩石润湿性转变的一个重要原因原油中沥青质在岩石孔隙表面的吸附出发，分别研究了注入水中含盐量的高低，以及注入水中阳离子的类型对原油中沥青质在岩石孔隙表面的吸附的影响，从而得出了影响岩石润湿性转变的重要因素。
	9.	Can influence directly the velocities of compressive wave and shear wave of rock . commonly , the higher the content of carbonate in rock , the higher the velocity of compressive wave and shear wave ; the higher the mud content , the lower the velocity of compressive wave and shear wave ; the higher the porosity of rock , the lower the velocity of compressive wave and shear wave ; the more compacted the rocks , the higher the velocity of compressive wave and shear wav 6 )岩石组成和孔隙度等岩石内部因素均可直接影响岩石的纵横波速度，一般说来，岩石中碳酸盐含量越高，其纵横波速度越高；而泥质含量越高，其纵横波速度越低；岩石孔隙度越高，其纵横波速度越低，岩石密度越大，其纵横波速度越高。
	10.	By the analysis of mercury injection data and physical property data of 650 sandstone and carbonate samples collected from tuha , liaohe , shengli , eerduosi , sichuan oil gas field of china and canadian oilfield , it is found that for porosity rocks , no matter they are sandstone or carbonate , their porosity and permeability ( especially for permeability ) are closely related to pore volume distribution with different throat size 本文通过对来自我国吐哈、辽河、胜利、鄂尔多斯、四川和加拿大等地区油气田的650个砂岩和碳酸盐岩样品压汞测试资料及物性数据的分析研究，成功发现了对于孔隙性岩石(无论是砂岩还是碳酸盐岩) ，岩石孔隙度和渗透率(特别是渗透率)与岩样不同孔喉大小的体积分布有密切的相关性，并首次建立了储层孔喉体积分布反演预测模型。

Similar Words：

"岩石可变性" Chinese translation, "岩石可采性" Chinese translation, "岩石可湿性" Chinese translation, "岩石可钻性" Chinese translation, "岩石孔孔隙" Chinese translation, "岩石孔隙度" Chinese translation, "岩石孔隙率仪" Chinese translation, "岩石孔隙压力" Chinese translation, "岩石孔隙中的各种流体" Chinese translation, "岩石孔穴" Chinese translation