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1) suction section
吸力剖面
1.
A new method for predicting suction heave is presented and a new suction section is proposed in this paper.
对比了含水量变化引起地基沉降的各种计算公式，分析了各自的优缺点；同时，提出了一个简便的计算方法，并根据已有的吸力剖面资料，提出了一种吸力剖面。
2) injection profile
吸水剖面
1.
Lorectz curves from different injection times are used to present the trend of injection profile changes, and Gini coefficient is used to quantitatively present the injection profile ch.
用不同注水时间段的洛伦茨曲线反映吸水剖面变化趋势,并用基尼系数定量表示地层吸水剖面的变化。
2.
Dynamic corresponding relationships between producers and injectors are analyzed by using production profile and injection profile of dynamic monitoring data.
利用动态监测资料中的产出剖面和吸水剖面 ,分析了采油井和注水井之间的动态对应关系。
3) water injection profile
吸水剖面
1.
Flowmeter logging technology of water injection profile for complex injection wells;
复杂注水井吸水剖面流量计测井技术
2.
Interpretation method of applying radioisotope water injection profile and flow four-parameter log document to obtain quantitative parameter of unknown-formation;
应用同位素吸水剖面+流量四参数资料求取未测试层定量参数的解释方法
3.
Isotope contamination and big porous formation are two problems which upset the interpretation of isotope water injection profile log.
同位素污染、大孔道地层是困扰华北油田同位素吸水剖面测井的两大难题。
4) water intake profile
吸水剖面
5) steam entry profile
吸汽剖面
1.
High-temperature five-parameter fine testing technique of steam entry profile;
高温五参数吸汽剖面精细化测试技术
2.
The result of field application shows that this profiled control agent can improve steam entry profile of oil layer, shorten drainage period, and increase cyclic production.
现场应用结果表明:该类调剖剂具有改善油层吸汽剖面、缩短排水期、提高周期产油的效果。
6) injectivity profile
吸水剖面
1.
Because of the factors of isotopic contamination, unreasonable pipe structure of water injection wells, existence of big pore formation,cement channeling and poor well performance, the well logging data of injectivity profile accuracy is influenced.
由于同位素污染、注水管柱结构不合理、存在大孔道地层、固井窜槽和井况变差等因素 ,影响了吸水剖面测井资料的准确性。
2.
Injectivity profile is commonly determined with radioisotope tracer test in water-flood oilfield.
对于注水开发油田，通常使用放射性同位素测井测量注水井的吸水剖面。
补充资料：关于solidworks 中的剖面线中的剖面线
solidworks的剖面线线型定义和autocad相同,它使用了autocad的剖面线定义方法,与autocad通用.因此,可以对剖面线进行定义. 方法:修改\SolidWorks\lang\chinese-simplified\sldwks.prn 用笔记本打开该文件,添加需要的线形.如 ;; Based on AutoCAD Ver.13.0s Hatch Pattern File ;;;; solidworks 区域剖面线定义文件 :: *金属, (Iron BrickStone), ANSI Iron, Brick, Stone masonry 45, 0,0, 0,.125 *塑料, (Lead Zinc Mg), ANSI Lead, Zinc, Magnesium, Sound/Heat/Elec Insulation 45, 0,0, 0,.125 135, 0,0, 0,.125 *玻璃,AR-GLASS@1.0 45,0,0,0,0.5, 0.5,-0.5 45,0,0.1414214, 0,0.5, 0.3,-0.7 45,0.1414214,0, 0,0.5, 0.3,-0.7 *软木, Cork material@1.0 0, 0,0, 0,.125 135, .0625,-.0625, 0,.35355339, .176776696,-.176776696 135, .09375,-.0625, 0,.35355339, .176776696,-.176776696 135, .125,-.0625, 0,.35355339, .176776696,-.176776696 *无, None 删除不需要的定义类型,可以大大提高solidworks 的启动速度
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条
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