magnetotelluric
magnetotelluric
1. magnetotelluric sounding (MT) data
MT资料
2. magnetotelluric sounding
n. 大地电磁测深, 大地电磁测深
3. YU Peng,WANG Jia-lin,WU Jian-sheng.Multi-parameter migration imaging of magnetotelluric data using finite difference method[J].Chinese Journal of Geophysics,2001,44(4):552-562.
[2]于鹏,王家林,吴健生.有限差分法大地电磁多参数偏移成像[J].地球物理学报,2001,44(4):552-562.
4. WANG Dongpo,ZENG Xiaozhen,XUE Linfu,et al.Oceanic array magnetotelluric sounding used in study of deep structures in beach sea of Liaodong Bay[J].Oil &Gas Geology,2000,21 (4):293.
[3]王东坡,曾效箴,薛林福,等.海洋阵列大地电磁测深法在辽东湾滩海深部地质构造研究中的应用[J].石油与天然气地质,2000,21(4):293.
5. 3D MT (Magnetotelluric)
三维MT
6. 3D Magnetotelluric
三维大地电磁
7. MAGNETOTELLURIC DEEP SOUNDING STUDY IN THE REGION OF ZHONGSHAN STATION,EAST ANTARCTICA
东南极中山站地区大地电磁测深研究
8. THE INVESTIGATION ON MAGNETOTELLURIC DATA OF THE JUAN DE FUCA PLATE
东太平洋Juan de Fuca板块的大地电磁研究
9. AN INTERACTIVE INTERPRETATION SYSTEM AND ITS APPLICATION IN TWO DEMENSION MAGNETOTELLURIC SOUNDING
二维大地电磁测深交互式正、反演系统的实现及其应用
10. Firstly the buried depth and distribution of the Pre-Silurian interface were in- versed from magnetotelluric data with constraint conditions.
从提高纵向分辨率的处理和反演技术的应用入手．结合约束条件，利用大地电磁测深数据反演，揭示前志留面等界面的埋深和分布；
11. The authors present the achievements of "863 "project for the research of the sea magnetotelluric data processing and explanation system.
作者在本文中详细地介绍了“863计划”项目“海底大地电磁数据处理和解释系统研究”所取得的成果。
12. The method is used for processing the apparent resistivity of magnetotelluric measured depth, and better result is achieved.
使用该方法对大地电磁测深视电阻率进行了处理,应用效果良好。
13. KeyWords: magnetotelluric sounding;
关键字： 大地电磁测深；
14. A study of integrated application is conducted on a shallow surface covered with igneous rocks by using the data from gravitational, magnetic and magnetotelluric fields, abundant information ...
利用重力场、磁力场和大地电磁场资料,在浅地表覆盖火成岩地区进行综合应用研究,得到了丰富的反映地质结构的信息。
15. controllable source audio-frequency magnetotelluric method
可控源音频大地电磁法
16. controlled source audio magnetotelluric measurement
可控源音频大地电磁测量
17. In magnetotelluric (MT) sounding,it is a very important link in the data processing and interpretation to analyze the change characteristics of MT response curves.
在大地电磁测深法中 ,分析大地电磁响应曲线的变化特征是其资料处理和解释工作中相当重要的一个环节。
18. A long period magnetotelluric profile in SW Bohemia, in the western part of the Bohemian Massif, close to the KTB deep borehole in Oberpfalz, Germany, is studied.
在波西米亚块体西南部做了一条长周期电磁剖面,它靠近德国超深钻的位置。
19. EFFECT OF TOPOGRAPHY ON THE DATA OF MAGNETOTELLURIC SOUNDING (MTS)
地形对大地电磁测深(MTS)资料的影响
20. Keywords Tarim Basin;Tectonic Belt of the Southwest Margin;Gravity;Magnetotelluric Sounding;Intracontinental Subduction;Foreland Basin;
塔里木盆地;西南缘构造带;重力异常;大地电磁测探;陆内俯冲;前陆盆地;
21. MULTI-FUNCTION SOFTWARE PACKAGE OF MAGNETOTELLURIC DATA PROCESSING FOR THE SEA SURVEY
多功能海底大地电磁数据处理软件包
22. Keywords Dabie-Sulu orogen;Magnetotelluric sounding;Two-dimensional inversion;Three-dimensional forward;Crust-upper mantle;Electrical structure;
大别-苏鲁造山带;大地电磁测深;二维反演;三维正演;地壳-上地幔;电性结构;
23. Magnetotelluric (MT)
大地电磁
24. Keywords Magnetotelluric;Symmetrical anisotropy;Inversion of data.;
大地电磁;对称各向异性;资料反演;
25. THE PARALLEL COMPUTATION OF LAGRANGE MULTIPLIER SEARCHING IN MAGNETOTELLURIC OCCAM INVERSION
大地电磁Occam反演中拉格朗日乘子搜索的并行计算
26. APPLICATION OF THREE- DIMENSIONAL MAGNETOTELLURIC INVERSION TO THE EXPLORATION OF TUWU COPPER ORE DEPOSIT --THREE-DIMENSIONAL INVERSION AND INTERPRETATION
大地电磁三维反演在土屋铜矿床探测中的应用研究--三维反演和解释
27. APPLICATION OF THREE-DIMENSIONAL MAGNETOTELLURIC INVERSION TO THE EXPLORATION OF TUWU COPPER ORE DEPOSIT --DATA ACQUISITION AND PREPROCESSING
大地电磁三维反演在土屋铜矿床探测中的应用研究--数据采集和预处理
28. magnetotelluric signal
大地电磁信号
29. Magnetotelluric Sounding Whole Frequency Bands Migration Imaging Versus Inversion Technique
大地电磁全频段偏移成像结合反演技术
30. Magnetotelluric prospecting
大地电磁勘探
31. Keywords Magnetotelluric exploration;Two-dimension;Inversion;Resolution;Model;
大地电磁勘探;二维;反演;分辨率;模型;
32. Magnetotelluric data inversion
大地电磁反演
33. magnetotelluric method
大地电磁法
34. Keywords magnetotelluric method;electromagnetic array profiling;ground electric characteristics;spatial filtering;finite element inversion;layered medium inversion;
大地电磁法;电磁阵列剖面;地电特征;空间滤波;有限元反演;层状介质反演;
35. The magnetotelluric (MT) method provides images of the electrical resistivity of the crust and upper mantle from surface measurements of natural electric and magnetic fields.
大地电磁法通过测量地表的天然电场和磁场来提供地壳和上地幔的电阻率图像。
36. Magnetotelluric ( MT)
大地电磁测深
37. In magnetotelluric(MT) data analysis, the observed apparent resistivity have been used as an interpretative parameter for a long time.
大地电磁测深(MT)资料解释中,长期以来使用观测的视电阻率作为解释参数。
38. Keywords Magnetotelluric;MT equipment;MT data processing and inversion;MT application.;
大地电磁测深;MT设备;MT数据处理和反演;MT应用;
39. Keywords Magnetotelluric sounding;Electrical structure;Haiyuan earthquake area.;
大地电磁测深;电性结构;海原地震区;
40. Keywords second-order tensor;electromagnetic field;magnetotelluric sounding;apparent resistivity;
大地电磁测深;电磁场;二阶张量;视电阻率;
41. Keywords magnetotelluric sounding;resistivity;polarization;geoelectric fault plane;one dimension;inversion.;
大地电磁测深;电阻率;极化;地电断面;一维;反演;
42. Keywords magnetotelluric sounding;salt moving structure;mud diapirism structure;
大地电磁测深;盐运动构造;泥辟构造;
43. Keywords magnetotelluric sounding;apparent resistivity;resolution;thin interbeds;forward;inversion;
大地电磁测深;视电阻率;分辨率;薄互层;正演;反演;
44. Keywords magnetotelluric sounding;data interpretation;tipper anomaly;template;matching;resistivity;
大地电磁测深;资料解释;倾子异常;模板;匹配;电阻率;
45. Keywords Magnetotelluric Sounding;Static Correction;MT data processing;Inversion;
大地电磁测深;静位移;大地电磁资料处理;反演解释;
46. magnetotelluric data
大地电磁测深数据
47. Smoothing scale of magnetotelluric sounding curve
大地电磁测深曲线平滑尺度
48. magnetotelluric sounding method
大地电磁测深法
49. Magnetotelluric (MT) sounding is an important geophysical means to study the Earth electrical structure using the natural EM field as its source.
大地电磁测深法(MT)是以天然电磁场为场源研究地球内部电性结构的一种重要的地球物理手段。
50. Keywords magnetotelluric sounding method;lithological interpretative model;oil and gas resource;detection;
大地电磁测深法;岩性解释模型;油气资源;探测;
51. Interpretative model of underground oil and gas resources based on magnetotelluric sounding method
大地电磁测深法探测地下油气资源的解释模型
52. 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
53. NON-LINEAR INVERSION WITH THE QUADRATIC FUNCTION APPROACHING METHOD FOR MAGNETOTELLURIC DATA
大地电磁测深资料的二次函数逼近非线性反演
54. THE NOISE INTERFERENCE OF MAGNETOTELLURIC SOUNDING DATA
大地电磁测深资料的噪声干扰
55. Remote reference technique in magnetotelluric sounding and its application
大地电磁测深远参考技术及应用效果
56. A three-dimensional Fourier transformation migration method of magnetotelluric data and its application
大地电磁资料三维傅里叶变换偏移方法及其应用
57. CANONICAL DECOMPOSITION OF MAGNETOTELLURIC IMPEDANCE TENSOR AND GEOLOGICAL MEANING OF THE PARAMETERS
大地电磁阻抗张量正则分解的地质含义分析
58. magnetotelluric frequency spectrum survey
大地电磁频谱测量
59. natural magnetotelluric method
天然大地电磁
60. natural magnetotelluric method is superior over others in ore exploration at plateau and mountainous areas due to its simple and easily movable equipment and less influence from topography.
天然大地电磁法由于其装备轻便、受地形影响较小,在高原、山区的找矿工作中能够体现出优越性。
61. ONE-DIMENSIONAL ANISOTROPIC INVERSION FOR MAGNETOTELLURIC DATA IN TIANZHU-YONGDENG REGION
天祝-永登地区大地电磁资料的一维各向异性反演
62. Using experiment results as standardized data, the frequency responses collected by seafloor magnetotelluric measurements can be corrected to produce authentic information about the seafloor field source.
实验数据可作为标定资料，对海底大地电磁探测的实测信号进行校正后，即可还原出真实的海底场源信息。
63. The inversion results of synthetic magnetotelluric sounding data are ideal, which indicates that the algorithm possesses advantages of expediting convergence, avoiding earliness and improving precision, and can be used in MT data analysis.
对各种类型的大地电磁测深理论曲线进行计算，结果表明：采用实数编码混合遗传算法进行反演具有收敛速度快、解的精度高和避免出现早熟等优点，可用于大地电磁资料解释。
64. Application of Wavelet Transformation of Static Correction in Magnetotelluric Depth Measurement
小波变换在大地电磁测深静校正中的应用
65. ONE-DIMENSIONAL MAGNETOTELLURIC CURVE COMPARISON INVERSION WITH PHASE INFORMATION
带相位信息的一维大地电磁曲线对比反演法
66. THE SYNCHRONIZING ACQUISITION TECHNOLOGY OF REMOTE REFERENCE MAGNETOTELLURIC METHOD
带远参考测量方式的海底大地电磁同步采集技术
67. THE APPLICATION OF CONTROLLABLE SOURCE AUDIO FREQUENCY MAGNETOTELLURIC SOUNDING TO HYDROGEOLOGICAL EXPLORATION IN BEIJING
应用可控源音频大地电磁测深于北京水文地质勘查
68. In order to carry out the seafloor magnetotelluric prospecting, a set of perfect operation schemes should be brought forward during the magnetotelluric prospecting.
开展海底大地电磁探测需要有一套完善的海上施工方案。
69. We have successfully solved the forward problem of 2-D magnetotelluric method using the finite element method.
我们非常成功地用块迭代有限元方法解决了二维大地电磁的正问题。
70. The application of decimation filter in marine bottom magnetotelluric exploration
抽取滤波在海底大地电磁探测中的应用
71. “Controllable audio magnetotelluric method “was recommended to check the integrative of the wall.
推荐采用“可控源音频大地电磁法”检测截渗墙的整体性。
72. Abstract： In magnetotelluric(MT) data analysis, the observed apparent resistivity have been used as an interpretative parameter for a long time.
摘 要： 大地电磁测深(MT)资料解释中，长期以来使用观测的视电阻率作为解释参数。
73. Abstract:The three magnetotelluric sections across the Bohai part of the Tan-Lu fault zone show a lot of information about deep textures of the fault zone.
摘要:郯庐断裂带渤海段的3条大地电磁测深剖面,揭示了断裂带丰富的深部结构信息。
74. A 1-dimension magnetotelluric (MT) simulating of finit element method (FEM) is used to show how the computer precision and grid length affect the MT simulating of FEM.
摘要以一维大地电磁有限单元模拟为例分析了计算机精度、网格剖分大小对高、低频计算结果的影响。
75. As a key parameter of magnetotelluric method, Tipper has not been used widely.Because the vertical component of magnetic field was quite weak, only a few researchers worked on it.
摘要倾子是大地电磁测深方法的一个重要资料，到现在为止，该资料在生产中基本上没有被使用，原因是因为垂直磁信号十分微弱。
76. The migration imaging problem of three-dimensional magnetotelluric data was studied by Fourier transformation method, inner insert and extrapolate technology.
摘要利用傅里叶变换及内插外推方法对三维大地电磁资料偏移成像问题进行了研究。
77. The mountainous areas were impacted to Magnetotelluric (MT) surveys curve.
摘要探讨了山区地形对大地电磁测深曲线的影响。
78. The underwater magnetotelluric method is a technique performed on the water surface with the utilization of distant reference.
摘要水中大地电磁法就是采用远参考的方法在水面进行大地电磁法。
79. Because of the limitations of the ordinary analysis methods for magnetotelluric impedance tensor, we can't get satisfying results.
摘要由于常规的张量旋转分析方法的局限性，在处理三维阻抗问题时不能得到令人满意的结果。
80. Combining with regional geologic data and geophysical characteristics, the data of magnetotelluric sounding in the Minhe Basin are processed and interpreted.
摘要结合区域地质资料和地球物理特征，对民和盆地的大地电磁测深资料进行了处理和解释。
