岩石孔隙度的英文

• porosity of rock-mass
• rock porosity

• "岩石"英文翻译    rock; roche; pena; roach; -l ...
• "孔隙"英文翻译    small opening; hole; pore; a ...
• "度"英文翻译    surmise; estimate
• "岩石孔孔隙" 英文翻译 :    rock pore
• "岩石孔隙" 英文翻译 :    bag
• "岩石孔隙率仪" 英文翻译 :    porosimeter
• "岩石孔隙压力" 英文翻译 :    rock pore pressure
• "岩石孔隙中的各种流体" 英文翻译 :    geofluid
• "含化石孔隙" 英文翻译 :    fossiliferous porosity
• "岩石孔穴" 英文翻译 :    rock cavity
• "孔隙度" 英文翻译 :    amount of porosity; coke porosity; degree of porosity; extent of porosity; extent porosity; factor of porosity; pore space; pore volume; poriness; sponginess; void fraction; void ratio
• "孔隙度, 孔隙率" 英文翻译 :    amount of porosity
• "孔隙度；孔隙率" 英文翻译 :    porosity
• "孔隙率．孔隙度" 英文翻译 :    porosity
• "砾石孔隙通道" 英文翻译 :    gravel pore opening
• "孔隙度；空隙度；孔率" 英文翻译 :    porosity
• "虚表孔隙度，视孔隙度" 英文翻译 :    apparent porosity
• "薄片孔隙度" 英文翻译 :    thin section porosity
• "表观孔隙度" 英文翻译 :    apparent porosity
• "表面孔隙度" 英文翻译 :    surface porosity
• "残留孔隙度" 英文翻译 :    residual porosity
• "残余孔隙度" 英文翻译 :    residual porosity
• "沉积孔隙度" 英文翻译 :    sedimentary porosity
• "持水孔隙度" 英文翻译 :    water-holding porosity
• "充气孔隙度" 英文翻译 :    air-filled porosity; gas-filled porosity

• 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
• 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。
• 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。
• 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。
• 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。
• 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。