1.
Discussion of Pseudo Rayleigh Wave?s Velocity and Amplitude in Full Waveform Well-logging,
声波全波列测井中类瑞利波速度及幅度的讨论
2.
Impact of sandwich speed on the dispersion curve of the Rayleigh wave
软弱夹层速度对瑞利面波频散曲线的影响
3.
The factors affecting the precision of Rayleigh wave exploration instrument in coal mine
影响瑞利波在矿井中探测精度的因素
4.
Attenuation characters of Rayleigh wave in layered soils
层状地基中瑞利波随深度的衰减特性
5.
Research of the Relativity of Rayleigh Wave Velocity and Transverse Wave Velocity in Exploration of Quaternary Period
瑞雷波速度与横波速度在第四系勘察中的相关性探讨
6.
Rayleigh Wave Group Velocity and Anisotropy Tomography in the Eurasia and Its Marginal Seas
欧亚大陆及其边缘海地区瑞利波群速度结构及方位各向异性层析成像
7.
Acceleration of Energetic Electrons by the Synchrotron Radiation with Rayleigh-Jeans Spectrum
同步辐射瑞利-金斯波场对高能电子加速
8.
The Rayleigh Wave Phase Velocity Extaction Based on Time-Frequency Analysis and Its Application
基于时频分析的瑞雷波相速度提取及其应用
9.
The Research of Transient Ralyleigh Wave Test Soft Foundation Consolidation;
利用瞬态瑞雷波测试软基固结度的研究
10.
MAPPING OF 2-D SHEAR-WAVE VELOCITY SECTION BY THE INVERSION OF THE DISPERSION CURVES OF INSTANTANEOUS RAYLEIGH WAVE
反演瞬态瑞雷波频散曲线映射二维横波速度剖面
11.
The Fast Inversion of Rayleigh-Wave Fundamental Mode Dispersion Curve for Velocity Increment Multilayered Media
速度递增型层状介质瑞雷波基阶模频散曲线的快速反演
12.
Application of Rayleigh wave method in testing of com;pactness for BaXinMa Expressway
瑞雷波法在巴新麻高速公路压实度检测中的应用
13.
The frequency dispersions of Rayleigh waves and 3-D velocity structures in Himalayan collision orogenic zone and Qiangtang basin
喜马拉雅碰撞造山带和羌塘盆地的瑞雷波频散与三维速度结构
14.
The Experiment Study on Measurement of Seismic Velocity Variation Using Different Seismic Sources
利用多种震源测量介质波速度变化的实验研究
15.
Research on S Velocity Structure of Shallow Stratum Inferred Array Records of Microtremors
利用微振动的台阵记录研究浅部S波速度结构
16.
The Effect of Rosuvastatin on Complement, Complement Regulatory Protein and Aortic Pulse Wave Velocity in Patients with Hyperlipidemia;
瑞舒伐他汀对高脂血症患者补体、补体调节蛋白及主动脉脉搏波速度的影响
17.
Comparing Focal Mechanisms Calculated by Using Digital Velocity Wave and Simulation Displacement Wave
利用数字化速度波形和仿真位移波形资料求解震源机制解的比较
18.
That is more than1,000 times more intense than the accelerating gradient in a typical conventional accelerator powered by microwaves.
这个加速梯度大概比一般利用微波的加速器高出1000倍左右。