1.
Application of CPLD in Collector for Seafloor Magnetotelluric Data;
CPLD在海底大地电磁仪中的应用
2.
Assistant Control Electronic Circuit Board for the Benthal MT Apparatus
海底大地电磁探测仪器辅助控制电路设计
3.
The Acquisition Driver of Marine Magnetotelluric Instrument Visual Design on Personnel Computers;
海底大地电磁仪采集驱动程序的上位机可视化设计
4.
Seafloor magnetolluric detection is greatly influenced by environmental factor, which is different from onshore similar survey technology.
海底大地电磁探测与陆上同类探测的技术差别之一是其测量过程受环境因素的影响较大。
5.
Numerical simulation of marine controlled-source electromagnetic(MCSEM)response to 2-D seabed formation
二维海底地层可控源海洋电磁响应的数值模拟
6.
Three-dimensional numerical modeling of marine controlled-source electromagnetic responses in a layered anisotropic seabed using integral equation method
各向异性海底地层海洋可控源电磁响应三维积分方程法数值模拟
7.
Analysis to Open-loop Operation of Electromagnetic Loop in Great WuHai Grid
大乌海地区电网电磁环网解环方案分析
8.
Electronic System Design of Near Sea-bed Tricomponent Magnetometer
近海底三分量磁力仪的电子系统设计
9.
MT surveying test of synchronous acquisition by separate electric and magnetic channels on shallow sea
浅海电磁道分离同步采集的大地电磁测深观测试验
10.
geomagnetic electro kinetograph
地磁电流量计地磁海流计电地磁流量计
11.
coast and geodetic magnetic observatory
海岸与大地磁场观测站海岸与地磁观测台
12.
Numerical Modeling and Experiment Study of Sea-floor Controlled-source Electromagnetic Detection
海底可控源电磁探测数值模拟与实验研究
13.
Application of Magnetotelluric Sounding to Explorate Petroleum in the Marine Carbonate Distrbution Area of Southern China;
大地电磁测深法在南方海相碳酸盐岩地区油气勘探中的应用研究
14.
digital magnetic telluro sounding instrument
数字大地电磁测深仪
15.
Theoretical Calculation of Marine Transient Electromagnetic Response and Research of Shallow Sea-floor Detection Technology;
海洋瞬变响应理论计算及浅海底瞬变电磁探测技术研究
16.
Earth movements in the past elevated great areas of the seabed.
地球过去的运动使海底大片地区隆起。
17.
A very large ocean wave caused by an underwater earthquake or volcanic eruption.
海啸由海底地震或火山喷发而造成的巨大海浪
18.
cable across North Atlantic
横贯大西洋的通讯海底电缆