孔隙系统的英文

• pore system

• "孔隙"英文翻译    small opening; hole; pore; a ...
• "系统"英文翻译    system
• "大孔隙系数" 英文翻译 :    macroporous coefficient
• "孔隙系数" 英文翻译 :    factor of porosity; porosity factor; void factor
• "缝隙系统" 英文翻译 :    slit system
• "光能隙系统" 英文翻译 :    photonic band-ga system; photonic band-ga(pbg) system
• "裂隙系统" 英文翻译 :    fissure system; rift system
• "腔隙系统" 英文翻译 :    lacunar canal system
• "胞间气隙系统" 英文翻译 :    intercellular air space system
• "缝隙系统散射" 英文翻译 :    slit system scattering
• "天然裂隙系统" 英文翻译 :    natural fracture system
• "就称为光能隙系统" 英文翻译 :    photonic band gap system
• "聚焦邵勒缝隙系统" 英文翻译 :    focusing soller-slit system
• "索勒聚焦缝隙系统" 英文翻译 :    focusing soller slits system
• "相互连通的裂隙系统" 英文翻译 :    interconnected system of fractures
• "裂隙系" 英文翻译 :    system of fissures
• "腔隙系" 英文翻译 :    lacunar system
• "三重孔隙度系统" 英文翻译 :    triple-porosity systems
• "孔隙" 英文翻译 :    small opening; hole; [冶金学] pore; aperture gap; pore space; ventage; void
• "辐合裂隙系" 英文翻译 :    converging fissure system
• "间隙系数" 英文翻译 :    percent break
• "空隙系数" 英文翻译 :    void coefficient
• "裂隙系；断裂系" 英文翻译 :    rift system
• "气隙系数" 英文翻译 :    airgap factor
• "余隙系数" 英文翻译 :    clearance factor

• Standard test method for microscopical determination of parameters of the air - void system in hardened concrete
  显微法测定硬化混凝土中孔隙系统参数的标准试验方法
• The coal facies might indirectly control the petrophysical properties as adsorption , desorption and permability of the coal reservoir through directly controlling its pore system differential development
  煤相通过对该盆地高煤级煤储层孔隙系统差异发育的直接控制而间接控制了储层吸附、解吸及渗流物性的优劣。
• Analysis of six cementing events indicates that the deeply buried karst during himalayan epoch is related to corrosive hydrothermal fluid and is the key period for forming porous system of the present reservoir
  6期胶结事件的详细解剖表明，喜马拉雅期深埋藏岩溶主要与腐蚀性热流体作用有关，是形成现今储层孔隙系统的最关键时期。
• More than forty coal samples collected from thirteen coal mines in the north , central and south parts of qinshui basin were studied in detail so as to find out the main control factor affecting pore differential development of the high - rank coal reservoirs in the basin
  为查明影响沁水盆地高煤级煤储层孔隙系统差异发育的主控因素，对采自该盆地北、中及南部6个市县13个矿区的40余件样品进行了详细解剖研究。
• Sediment microfacies , micro - construction , the variation iri sandbody rhythm and structures , and micro - pore configuration non - uniformity are main factors that affect or control the forming of remaining oil and its distribution in different scale reservoir rock
  沉积微相、微构造的变化、砂体不同韵律性及沉积结构的变化、以及微观孔隙系统的非均质性等是控制和影响不同规模储层中剩余油形成和分布的重要因素。
• The severe and frequent changes in sedimentary environments ( coal facies ) led to the horizontally and vertically sharp inhomogeneities of the pore system and relevant petro - physical property of coal reservoir , which bring on a very disadvantageous influence on the coalbed methane development in the basin
  由于沉积环境（煤相）的剧烈频繁变迁导致了煤储层孔隙系统及相应的储层物性在纵向及横向上强烈的非均质性，给该盆地煤层气的开发带来平重不利影响。
• Through investigating by use of correspondence analysis method , it was proved that the coal facies is the main control factor affecting pore system differential development of the coal reservoirs at high - rank stage in the basin and the high - rank coal has caused a common character of disadvantaging the coalbed methane ' s being produced from the pore system in the coal reservoirs overall
  应用对应分析方法发现煤相是该盆地煤储层孔隙系统在高煤层级阶段差异发育的主导控制因素，而高煤级造就了该盆地煤储层孔隙系统总体上不利于煤层气产出的共同特征。
• Multi - hierarchical , multimeans , comprehensive and deepened research on the macrofractures , microfractures system and pores system features , capacity of cbm storage and osmosis , adsorption characteristic , as well as physical properties of surrounding rocks of coal reservoirs have been made . furthermore , classifying standard and identifying characteristics for fractures - pores system of low coal rank coal reservoirs in zhungaer basin has been put forward as well . in this process , some routine instrument are used , such as viewing coal mine scene and hand specimen , observing polished section and surface which are made from lump coal and powder coal samples , observing and image analyses under the common microscope ' s transmitted light , reflection light and fluorescence
  通过矿井现场、镜下观察统计等常规手段，采用多种先进仪器和测试技术展开对煤储层的裂隙系统与孔隙系统发育特征、储渗性能、吸附特性及煤储层围岩物性特征的多层次、多手段分析，并综合室内外观测及前人成果，提出了煤储层裂隙与孔隙系统的划分标准与识别特征，分别从宏微观尺度、定性与定量层次对裂隙与孔隙系统特征及其与煤储层储渗性能关系的研究。