磁源

  • 网络magnetic source
磁源磁源
  1. 颞叶躯体感觉中枢&脑磁源成像研究

    Somatic cortex of temporal lobe : magnetic source imaging study

  2. 哑区梗死致左侧偏瘫者运动功能恢复过程的磁源性影像分析

    Magnetic source imaging analyses of motor function recovery of hemiplegia by silent zone infarction : A case study

  3. 基于Markov随机场和Bayesian理论的脑内磁源重建

    Neuromagnetic Source Image Reconstruction Based on Markov Random Field and Bayesian Theory

  4. 应用磁源性影像(MSI)技术探讨康复治疗机制。

    Objective : To survey the mechanisms of rehabilitation training for hemiplegia by magnetic source imaging ( MSI ) .

  5. 脑磁源的定位是脑磁图(Magnetoencephalography,MEG)研究的一个基本问题。

    Locating the sources of brain magnetic fields is a basic question in magnetoencephalography ( MEG ) .

  6. 目的探索通过中、英文单词刺激健康志愿者后用磁源成像(MSI)无创伤性测定语言功能区的位置。

    Objective To investigate the use of magnetic source imaging ( MSI ) for noninvasive mapping of language specific cortex in healthy volunteers stimulated by Chinese and English words .

  7. 而东部次海盆不仅受5km以上的EW向浅部磁源的影响,同时深部磁源也起着很大的作用,在方向上也表现为EW向,但是强度随着深度而减弱。

    Below 5 km the distribution become blur , and the intension also decreases . The Eastern Sub basin is not only affected by the shallow source which distributes in EW direction , but also affected by the deep one distributed in EW direction too .

  8. 研究了使用温度范围在3~10℃(±3℃)的感温磁控开关,开关中的感温导磁体和恒磁源分别用Cu-Ni-Si-Mn合金和快淬Nd-Fe-B粘结磁体制成。

    The switch controlled by magnetism and temperature was studied . The applying temperature of the switch is 3 ~ 10 ℃(± 3 ℃) . The magnetic conductor induced temperature and permanent field were made of Cu-Ni-Si-Mn alloy and bounded Nd-Fe-B , respectively .

  9. 年龄相关的运动功能减退神经机制研究:磁源性影像证据

    The study on age-related motor function degeneration : evidence from MSI

  10. 磁源成像对中、英文语言功能区的研究

    Chinese and English Language-Specific Cortex Mapped by Magnetic Source Imaging

  11. 磁源性影像对脑软化灶伴发难治性癫痫的定位价值

    Manifestation of magnetic source imaging in patients with refractory epilepsy and encephalomalacia

  12. 磁疗用方片磁源空间磁场定量分析

    Quantification Analysis of Space Fields on Square Magnets Using for Magnetic Therapy

  13. 基于正则化方法的加权最小模估计在脑磁源成像中的应用

    Application of Weighted Minimum-norm Estimation with Tikhonov Regularization for Neuromagnetic Source Imaging

  14. 磁源性影像对脑海绵状血管瘤伴发癫痫的术前评价

    Presurgical evaluation of the patients with cavernous angiomas by magnetic source imaging

  15. 磁源性影像对母语为汉语者语言皮质定位的研究

    Localization of the native Chinese speakers language cortex by magnetic source imaging

  16. 真实头模型中的多电流偶极子脑磁源定位

    The localization of multiple current dipoles in a realistic head shape model

  17. 不同视野图形刺激的磁源成像研究

    The magnetic source imaging of pattern reversal stimuli of various visual fields

  18. 磁源性影像关于癫痫灶定位及脑功能区定位的研究

    Localization of Epileptic Focus and Brain Functional Areas by Magnetic Source Imaging

  19. 脑磁源的定位计算的最优化

    Best Minimization to Locate the Brain Sources of Magnetic Waves

  20. 基于时空数据抑制噪声的快速脑磁源定位算法

    A fast algorithm using spatio-temporal data for MEG source localization tolerant of noise

  21. 主要磁源层为含磁黄铁矿的角岩与多金属矿石;

    The magnetic source is mainly composed of pyrrhotite-bearing hornfel and polymetallic ores ;

  22. 脑磁源成像中的正则理论

    Regularization Theory in Magnetoencephalography ( MEG ) Source Imaging

  23. 用等效磁源法进行磁异常转换

    Conversions of magnetic anomaly with the equivalent sourse method

  24. 语言认知功能的磁源成像研究

    Study of Lingual and Cognitive Function with MSI

  25. 磁源边长大小对电磁场扩散速度影响规律研究

    A Study on Diffusion Speed of Electromagnetic Field with Different Size of Magnetic Source

  26. 利用梯度算法估计脑磁源参数

    MEG 's Source Parameter Estimation by Gradient Algorithm

  27. 水平梯度法提取重磁源边界位置

    ^ ^ locating the boundaries of magnetic or gravity sources using horizontal gradient anomalies

  28. 磁源影像导航辅助显微手术治疗顽固性癫癎

    Microsurgery for refractory epilepsy with the neuronavigation under the guidance of magnetic source imaging

  29. 海底表面磁源瞬变响应建模及海水影响分析

    Transient electromagnetic response modeling of magnetic source on seafloor and the analysis of seawater effect

  30. 利用非线性优化方法进行脑磁源定位

    Nonlinear optimization methods for MEG source localization