井温的英文

• well temperature

• "井"英文翻译    well
• "温"英文翻译    warm; lukewarm; hot; gentle; ...
• "井温计" 英文翻译 :    well thermometer
• "井温仪" 英文翻译 :    borehole thermometer; bottom hole thermometer; bottomholethermometer; bottorm echo; logging thermometer
• "测井温度" 英文翻译 :    log temperature
• "井温测并" 英文翻译 :    temperature well logging
• "井温测井" 英文翻译 :    temperature logging
• "井温测井仪" 英文翻译 :    temperature logging tool
• "井温点测法" 英文翻译 :    bench-type temperature survey
• "深井井温仪" 英文翻译 :    deep well thermometer; deewell thermometer
• "深井温度计" 英文翻译 :    deep well thermometer; dwt
• "微差井温" 英文翻译 :    dtem
• "高分辨井温仪" 英文翻译 :    high-resolution thermometer
• "井温测井解释" 英文翻译 :    temperature log interpretation
• "微差井温测井" 英文翻译 :    differential temperature log; dtl
• "井温曲线正异常段" 英文翻译 :    warm nose
• "径向微差井温测井" 英文翻译 :    radial differential temperature log
• "压裂后井温测井" 英文翻译 :    post frac temlog; post frac temp log
• "线性多路传输井温仪" 英文翻译 :    linear multiplexing temperature tool
• "井位图" 英文翻译 :    geological base map; well location map
• "井位排列" 英文翻译 :    well alignment; wellalignment
• "井位布置" 英文翻译 :    geometric arrangement of well
• "井位；井场" 英文翻译 :    well site
• "井位" 英文翻译 :    drill site; location of well; well placement; well position

• The verification regulation of well thermometer
  井温仪检定规程
• Bench - type temperature survey
  井温点测法
• Distribution and genesis of low - thermal water in zhoujiashan deposit are fully analysed on the basis of logging temperature data
  摘要以邹家山矿床实测井温资料为基础，对矿床低温热水的分布规律、成因作了全面分析。
• Though simulating the temperature profile of x9 - d4 - 332 in daqing oil field , and comparing it with temperature log , a good result is achieved
  通过对大庆采油五厂k9 - d4 - 332井的温度剖面进行模拟，并与实测井温曲线对比，取得了良好的应用效果。
• The depth and temperature measurement modules are also integrated in this application . the depth and temperature data is collected through the serial communication port and displayed on the screen
  这一平台中，还集成了井深和井温测量模块，通过串行口可实时获取并显示井深与井温数据。
• In order to decrease the cost of each maintenance , an under - well temperature measurement module is also designed to obtain the temperature data at the same time of image capture
  同时在原有设备基础上添加一温度测量环节，使得在测井过程中可同时得到井温测井曲线，从而减少了电缆施放次数，降低单次测井成本。
• Four fundamental methods are introduced , namely well temperature , ground potential survey , microearthquake and radioactivity isotope , which were used to monitor the fracture geometry of fractured coalbed methane wells in north china
  摘要介绍了井温测试法、放射性同位素法、大地电位测试法和微地震测试法监测煤层水力压裂裂缝的基本原理。
• The quantitative interpretation of temperature well logs is not only one of the great needs for most oil fields , but also given most attention and effort by petroleum engineers and well logging experts both in board and overseas
  井温测井资料的定量解释利用一直以来都是油田现场迫切想解决的问题之一，也是国内外石油工程师尤其是测井工程师们一直关注和致力的重要研究领域。
• In the gucheng ( ancient city ) oil field , where isotope trace injection profile test is not suit for , by having applied and spread the temperature method injection profile testing technique , a comparatively accurate injection profile result has been got . furthermore , during the process of dynamic monitor in steam injection development reservoir , the testing technologies of general well ' s temperature throughput profile in injection steam throughput production well and general well ' s temperature taking in steam profile in intermission steam pushing injection steam well are initiated , which having extended the applied field of the conventional temperature logging equipments , reduced the dynamic monitoring cost of thermal production reservoir greatly and provided much accurate and reliable data for the study of reservoir ' s behaviors and adjustment of developing projects
  在不适宜进行同位素示踪吸水剖面测试的古城油田，推广应用了井温法吸水剖面测试技术，取得了较为准确的吸水剖面，而且在注汽开发油藏动态监测工作中，首创了注蒸汽吞吐采油井普通井温法吞吐剖面测试技术和间歇汽驱注汽井普通井温法吸汽剖面测试技术，拓展了普通井温测井装备的应用领域，大大降低了热采油藏动态监测成本，为油藏动态研究和开发方案调整提供了大量准确可靠的资料。
• Also the theoretical basis of the method have been checked through simple deducing simulation and the influences of various physical parameters on the method have been studied . it is shown that the method is theoretically reliable for the production oil wells without very high production rate and is more suitable in field production for oil wells ( i ) in area with bigger geothermal gradient ; ( ii ) producing fluids ( oil and water ) with distinguish thermal characteristics ; ( iii ) producing oil with lower heat capacity or water with higher heat capacity ; ( iv ) with good surface measurement accuracy , as well as the method h as certain requirements on the accuracy of the temperature and flowmeter logs sensors
  就该产出剖面方法的理论基础进行了简单的正演模拟和可能影响该方法的各项物理参数进行了全面的考察，结果表明，该方法对于非高产的生产油井来说在理论上是可靠的，在实际生产中适合于( 1 ) 、油井所在地区地温梯度较大的油井； ( 2 ) 、油水热特性差别较大的油井； ( 3 ) 、油比热容值偏低水比热容值偏高的油井； ( 4 ) 、井口计量精度较高的油井，并且对井温测井和流量测井的传感性精度有一定的要求。