1.
Application of seismic wave Absorption and attenuation technology in predicting fracture-vug carbonate reservoir.
地震波吸收衰减技术在缝洞型碳酸盐岩储层预测中的应用
2.
The absorbing boundary conditions to avoid the artificial boundary reflections must be required in the numerical simulation of seismic wave propagation.
在地震波传播数值模拟的过程中，需要使用吸收边界条件从而达到衰减人为边界反射的目的。
3.
A Study on the Relations of the Surface Attenuation with the Surface Velocity and Seismic Signal Frequency
表层吸收衰减与表层速度及地震信号频率关系研究
4.
The fractal description of the attenuation seismic wave in nonuniformity medium;
非均匀介质中地震波衰减的分形描述
5.
The Study and Application for Seismic Wave Attenuation Rules in Zhongyuan Oil Field
中原油田地震波衰减规律研究与应用
6.
The Coda Wave Attenuation Characteristics in 1830 Cixian,M7.5 Earthquake Area
1830年磁县7.5级地震震源区尾波衰减特征
7.
NUMERICAL SIMULATION ANALYSIS OF THE CHARACTERISTIC OF SEISMIC WAVE ATTENUATION BASED ON ONE-WAY WAVE EQUATION
单程波法地震波衰减特征数值模拟分析
8.
Inversion Tomography of the Seismic Wave Attenuation (Q Value) Strcuture in Yunnan Region
云南地区地震波衰减（Q值）结构反演成像研究
9.
Test and Analysis of Attenuation of Blasting Vibration at Hillside Field Near Coast
海边山坡场地爆破地震波的衰减测试与分析
10.
Ground roll wave has characteristics of strong energy, low frequency and slow attenuation.
面波具有能量强、频率低、吸收衰减缓慢等特点。
11.
Ionospheric loss of high frequency radio wave propagated in the ionospheric regions
电离层对高频电波吸收衰减的影响研究
12.
Study on Crosswell Seismic Tomography Combining Velocity and Attenuation;
井间地震波速与衰减联合层析成像方法研究
13.
Main Parameter Analysis Based on Seismic Wave Attenuation Attribute;
基于地震波衰减属性的主参数分析研究
14.
STUDY ON ATTENUATION COEFFICIENT OF CODA WAVES FOR TWO M_S5.0 EARTHQUAKES IN NORTHERN TIANSHAN MOUNTAIN,XINJIANG
新疆北天山2次5级地震的尾波衰减系数研究
15.
Attenuation of light is in the form of absorption.
光是以吸收的形式衰减。
16.
The millimeter wave attenuation of expanded graphite is a comprehensive actions of scattering and absorption.
膨胀石墨蠕虫对毫米波的衰减为散射和吸收作用的综合结果。
17.
The Study on the Ground Motion Attenuation Law of Moderate Earthquake Area
中强地震活动区地震动衰减规律研究
18.
Study on High-Resolution GPR Technique Through Reducing the Influences of Absorption and Attenuation;
减少吸收衰减影响的高分辨率探地雷达技术研究