| 1. | Operation and maintenance for magnetotelluric instruments
大地电磁测深仪使用与维护 |
| 2. | Double power earth electric magnetic depth measuring and application
双源大地电磁测深及其应用 |
| 3. | Digital magnetic telluro sounding instrument
数字大地电磁测深仪 |
| 4. | Application and development on the inversion technique of the magnetotelluric sounding
大地电磁测深资料常规反演方法的应用现状及进展 |
| 5. | In the process of mt depth measurement , frequencies with 40 numbers are basically used at present
摘要在大地电磁测深中，目前基本上使用40个频率点的数据。 |
| 6. | The result of measurement with 40 number frequency is compared with that of 80 number frequency
对比分析了采用80个频率点与采用40个频率点的大地电磁测深结果。 |
| 7. | Through analysis on skin depth and calculation of the responses of a theoretical model , the mt response curves for 40 number and 80 number frequencies are obtained
通过对趋肤深度分析以及对理论模型响应的计算，得到了80个频率点与40个频率点的大地电磁测深响应曲线。 |
| 8. | Based on the examples of controlled source audio - frequency magnetotellurics application , the paper discuses the problems of electromagnetic sounding in deep geothermal investigation
摘要以可控源音频大地电磁测深应用实例，讨论电磁测深方法在深部地热资源调查中的应用问题。 |
| 9. | The inverse problem of mt for 1 - d was studied by using a real coded hybrid genetic algorithm , which was based on the combination of simplex method and genetic algorithm
摘要设计了一种求解一维大地电磁测深反演问题的实数编码混合遗传算法，它是通过单纯形搜索与遗传算法结合而成。 |
| 10. | Although the magnetotelluric sounding method applied to land is mature , many technical problems arise when they are transplanted into the seafloor environment , one of which is how to put magnetic field sensors down to the seafloor to complete measurements
摘要大地电磁测深在陆地上的方法技术成熟，但将其移植到海洋中却遇到了较多的技术问题。 |
