1) dual laterolog
双侧向测井
1.
Numerical simulation of dual laterolog response in tilted anisotropic formation;
各向异性倾斜地层双侧向测井响应数值模拟
2.
Fast computing methods for dual laterolog response of fracture of rigid sandstone reservoir;
致密砂岩储集层裂缝的双侧向测井响应快速计算方法
3.
Response characteristics of time-lapse dual laterolog and their variations;
时间推移双侧向测井响应特征及其变化规律
2) dual-lateral log
双侧向测井
1.
During the inversion of the dual-lateral log,the particle swarm optimization algorithm is used to invert the three parameters(the resistivity of the destination formation,the resistivity of the invasion zone,and the radius of the invasion zone).
双侧向测井反演中,采用微粒群优化算法进行3参数(原状地层电阻率、侵入带电阻率、侵入半径)反演,反演结果精确度较高。
2.
During the inversion of the dual-lateral log,Differential evolutional and Levenberg-Marquardt method is used to invert the three parameter(the radius of the invasion zone,the resistivity of the invasion zone,the resistivity of the destination formation),the result of Inversion has higher accuracy of the computing results from actual data.
在双侧向测井反演中,采用差分进化和Levenberg-Marquardt方法进行了三参数(侵入半径、侵入带电阻率、原状地层电阻率)混合反演,从实际计算来看,反演结果精确度较高。
3) dual-laterolog
双侧向测井
1.
In order to investigate the influences of caliper,formation thickness and invaded zone on the form of dual-laterolog,forward modeling technique was applied to calculate the dual-laterologs for different cases.
为研究井眼、层厚和侵入带对双侧向测井曲线形状的影响,利用正演模拟技术分别对各种常见情况计算了双侧向曲线。
2.
Dual-laterolog (DLL) was used to determine fracture porosity i.
双侧向测井可用来识别碳酸盐岩裂缝性地层及确定碳酸盐岩裂缝孔隙度，而对双侧向测井在泥岩裂缝性地层中应用的研究较少，所以本文旨在对泥岩裂缝地层进行双侧向测井的正演模拟，以找出泥岩裂缝地层的响应规律。
4) dual lateral logging tool
双侧向测井仪
1.
Calibration method of the constant power dual lateral logging tool;
快速平台恒功率双侧向测井仪刻度方法
2.
Development of DLL23XA dual lateral logging tools;
DLL23XA双侧向测井仪的研制
5) dual laterolog tool
双侧向测井仪
1.
Development of SCH-701 constant power dual laterolog tool.;
SCH-701恒功率双侧向测井仪研制
补充资料：双燕
【诗文】：
旅食惊双燕，衔泥入此堂。应同避燥湿，且复过炎凉。
养子风尘际，来时道路长。今秋天地在，吾亦离殊方。
【注释】：
【出处】：
全唐诗：卷228_15
旅食惊双燕，衔泥入此堂。应同避燥湿，且复过炎凉。
养子风尘际，来时道路长。今秋天地在，吾亦离殊方。
【注释】：
【出处】：
全唐诗：卷228_15
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