运移方向的英文

• migratory direction

• "运"英文翻译    move; revolve
• "移"英文翻译    move; remove; shift
• "方向"英文翻译    direction; orientation
• "滑移方向" 英文翻译 :    direction of slip; glide direction; slip direction; slip orientation
• "离开,转移方向" 英文翻译 :    head off
• "偏移方向" 英文翻译 :    off directions; offset direction
• "漂移方向" 英文翻译 :    drift bearing; drift direction
• "平移方向" 英文翻译 :    direction of translation
• "迁移方向" 英文翻译 :    direction of migration; migratory direction
• "使转移方向" 英文翻译 :    head sb off
• "位移方向" 英文翻译 :    direction of displacement; sense of displacement
• "脂移方向" 英文翻译 :    principal direction of glide
• "直移方向" 英文翻译 :    translation direction
• "构造迁移方向" 英文翻译 :    sense of tectonic transport
• "作用滑移方向" 英文翻译 :    operative glide direction
• "漂移方向的逆转" 英文翻译 :    backing of drift direction
• "运移" 英文翻译 :    migration
• "运移比" 英文翻译 :    migration ratio
• "运移区" 英文翻译 :    migration area
• "运移水" 英文翻译 :    transporting water
• "再运移" 英文翻译 :    remigration
• "漂移方差图" 英文翻译 :    drift variogram
• "漂移方法" 英文翻译 :    bleach-out process
• "漂移方位" 英文翻译 :    wander azimuth
• "平移方式" 英文翻译 :    truck mode

• By contrasting the geochemistry indicator between proved reservoir and source rock , confirm the migrating direction of petroleum
  利用已知油气藏与烃源岩有机地化指标亲缘关系对比进一步证实了油气运移方向。
• Aogula fault is the direction that oil and gas in qijia gulsng depression migrate forward for west , and the fault strike and the migration direction of oil and gas meet at right angles
  摘要敖古拉断裂位于齐家古龙坳陷生油气区向西运移的指向上，且其走向与油气运移方向垂直。
• The character of flood channel can be determined by dominate current , dominate tidal volume , dominate sediment concentration , channel geometry configuration and direction of bed sediment transport and so on
  用优势流、优势沙、优势潮量、涨潮槽形态和净底沙运移方向的方法都可以表达涨潮槽的性质。
• The essential elements and process of gas reservoir formation of ordovician in ordos basin have been annalysed systematicly and scientificly by means of the theory and method of organic geochemistry and tectonic geology in this dissertation . the several advanced techniques , such as gas generation thermal simulation , on - line individual gas compounds carbon isotope determination ( py - gc - c - ir - ms ) , the analysis technique of light hydrocarbons and biomarkers in natural gas , gas migration simulation and gas carbon isotope determination in fluid inclusions , have been applied to focuse on the study of the gas generation mechanism of souce rock , correlation between gas and source rock , reservoir formation history , migration direction , charging road in detail
  应用有机地球化学和构造地质学理论和方法对鄂尔多斯盆地奥陶系天然气地质研究中薄弱环节成藏要素和作用进行了系统科学分析。利用烃源岩生气定量热模拟技术、热模拟在线碳同位素实验技术、气体轻烃和生物标志物分析技术、运聚成藏物理模拟技术和包裹体中碳同位素分析技术等多种先进的实验技术对烃源岩的生气机理、气源和混合比、成藏史、充注路径、运移方向和构造作用与成藏关系等问题进行了深入的研究，在前人研究的基础上，经过本次大量的实验分析和综合研究，提出了一些新的认识。
• The qualitative study and quantitative simulation has resolved the " seven analysis " that are qualitative analysis ( characteristic analysis of static geologic elements ) , boundary analysis ( of oil and gas distribution ) , time analysis ( of pool - forming ) , direction analysis ( of migration of oil and gas ) , quantitative analysis ( of migration and accumulation scale of oil and gas ) , location analysis ( of petroleum province ) , and zone analysis ( of oil and gas accumulation )
  含油气系统定性研究和盆地模拟定量过程模拟及其相互关系研究解决了“七定”问题，即“定性” (静态地质要素的特征描述) 、 “定界” (油气分布边界) 、 “定时” (油气成藏形成时间) 、 “定向” (油气运移方向) 、 “定量” (油气运移聚集规模) 、 “定位” (油气聚集区)和“定带” (有利区带预测)问题。
• ( 2 ) analysis for the forming conditions of hydrocarbon pool , structure and reservoir features shows that the sidaogou structure had two period of migration and accumulation of oil and gas . the first period of migration and accumulation came from the hydrocarbon formed in the source rock of the sanpu depression and formed the asphalt in the sandstone reservoir of triassic and jurassic in the well ha - 2 . the second period came from the hydrocarbon formed in the source rock of triassic round about the well ha - 2 and ha - 3 and formed the hydrocarbon pool in the sidaogou
  这是对油藏描述技术和应用领域的完善与补充。通过对四道沟油气藏油气源和油气运移与聚集研究，首次提出四道沟构造存在两期油气运移与聚集，指出了油气生成与运移时期和主运移方向，以及各期油气对四道沟现今油气藏的贡献大小。
• In this paper , thermal evolution history of organic matter of the source rocks and hydrocarbon generation history have been researched by tti method , hydrocarbon migration direction and migration times were probed combining with the area structure development feature ; distribution pattern of the main reservoir intervals on lateral and longitudinal have been predicted by researching on development feature and control factors of the reservoir intervals , the actions of reservoir conditions in hydrocarbon accumulation and bearing also were probed combining with pore evolution feature ; the micro - pore feature of regional cap and direct seal in carboniferous - lower triassic in this area have been determined with micro - capillary pressure curve and intrusive mercury curve ; the prospecting districts have been pointed out combining with the hydro - geologic feature , the potential reservoirs were classified according to trap types in this area , the author attempt to evaluate on the hydrocarbon - bearing condition in the str ata of carboniferous ~ lower triassic from hydrocarbon generation and migration reservoir condition , reserved condition etc , and predict the reservoir types and hydrocarbon - bearing patterns combining with the structure evolution . based on above , the author point out that the central block of chenghu - tuditang synclinorium and the southern block of dangyang synclinorium are the advantageous regions for exploration
  本文用tti方法研究了烃源岩有机质的热演化史和油气生成史，并结合区内构造发育特征，探讨油气在区域上的运移方向和在时间上的运移期次；通过对储集层段的发育特征和控制因素的研究，预测了本区主要的储集层段在横向上和纵向上的分布规律，并结合孔隙演化特征，探讨储集条件在油气聚集成藏中的作用；利用微毛细管压力曲线法和压汞法，对石炭系?下三叠统的区域盖层和直接盖层的微孔隙特征进行了定量评价，并结合水文地质分布特征，指出有利于油气保存的地区；根据区内存在的各种圈闭类型，对可能存在的油气藏进行了分类，并试图从油气的生成与运移、储集条件、保存条件等方面，动态地综合评价石炭系?下三叠统油气成藏条件，并结合构造演化特征，预测其油气藏类型和成藏模式。
• On the basis of the study on ore deposit geology , the paper discussed thedistribution of temperature field of ore body through mineral inclusion thermometry . combining with mineralizing elements distribution condition and the zoning feature of orefabrics , flowing direction of ore - forming fluid was also inferred in the paper
  在研究矿床地质的基础上,使用矿物包裹体测温方法,研究矿体温度场的分布,配合矿化元素的分布状态和矿石组构分带特征,推断成矿流体的喷口位置和运移方向。