多通道高时间分辨率脑磁探测系统为反演脑内动态电活动参数提供了一种可能性。
Multichannel MEG detecting system with high temporal resolution provides a possibility to determine the dynamical parameters of electrical activities in a human brain.
其中以伽马、补偿中子及声波为目标曲线的多参数地震反演技术对于预测和评价生物礁特别有效。
Among these techniques, the seismic multi-parameter inversion taking the gamma, compensated neutron and acoustic curves as objective curves is very effective on prediction and evaluation of bioherm.
该方法利用动校正后的CMP及CCP全部角道集，建立多波多参数联合反演方程，进而求解出目的层段的岩性参数。
The method utilizes all the CMP and CCP angle gathers after NMO to build multi-wave & multi-parameter joint inversion equation and calculate the lithologic parameters of interval.
电阻率成像反演是一种典型的多参数、非线性反演问题。
Successful geophysical inversion depends on suitable inversion method, geophysical inversion is one of the typical multi-parameter and non-linear inversion problem.
以上成果提高了多波处理及参数反演的精度，开辟了多波解释的途径。
Above results improved the precision of multi-wave data processing and parameter inversion, opening the way of multi-wave interpretation.
以上成果提高了多波处理及参数反演的精度，开辟了多波解释的途径。
Above results improved the precision of multi-wave data processing and parameter inversion, opening the way of multi-wave interpretation.
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