1.
deep propagation tool
深电磁波传播测井仪
2.
The lateral wave is very important in EPT log.
在电磁波传播测井中,侧面波是重要的波模.
3.
The conclusion of the paper will be useful for EPT interpretation and logging tool design.
所得出的结论对电磁波传播测井曲线的解释和电磁波传播测井仪器的设计有一定意义。
4.
Numerical Simulation of Eletromagnetic Propagation Logging by FDTD in 3-D Cylindrical Coordinates
三维圆柱坐标系下FDTD法对电磁波传播测井的数值模拟
5.
In this paper, the theoretical basis and the selection of techniques forinversion the parameters of formation with the data obtained from EPT were introduced in detail.
本文详细介绍了电磁波传播测井地层参数反演的理论基础、方法选择。
6.
The Electromagnetic Wave Propagation Characteristics of the Mine Based on the Finite Element Method;
基于有限元法的矿井电磁波传播特性研究
7.
Electromagnetic wave travels as light wave does .
电磁波的传播就像光波的传播一样。
8.
Hybrid Genetics Algorithms and Its Application in Electromagnetic Propagated Resistivity Logging
混合遗传算法及其在电磁传播测井反演中的应用
9.
Study on Induction Logging and Electromagnetic Wave Logging Responses in Horizontal Wells
水平井中感应测井、电磁波测井测量响应研究
10.
Simulation Analysis on Propagation of Electromagnetic Wave in Rectangle Wave-guide
矩形波导中电磁波传播特性仿真分析
11.
Propagation of Plane Electromagnetic Waves in Layered Medium and Zenneck Wave
分层介质中平面电磁波的传播与Zenneck波
12.
a delay line based on the time of propagation of electromagnetic waves.
基于传播电磁波时间的延滞电路。
13.
High power electromagnetic pulse propagation in ionosphere
高功率电磁波脉冲在电离层中的传播
14.
When electrical parameter is changd by wet tunnel wall, electromagnetic wave propagation attenuation will vary.
矿井隧道壁湿润会引起电参数改变，从而使电磁波传播衰减率发生变化。
15.
Electromagnetic waves travel as fast as light.
电磁波传播的速度和光一样。
16.
electromagnetic wave propagation in turbulentatmosphere
电磁波在湍流大气中的传播
17.
Propagation of SH Waves in Layered Piezoelectric-Piezomagnetic Media;
层状压电—压磁复合材料中SH波的传播
18.
Propagation of Electromagnetic Waves in Double-negative and Single-negative Materials;
双负材料和单负材料中电磁波的传播