在浅层反射地震勘探中，速度参数的准确提取一直是广大数据处理和资料解释人员所追求的目标。
In superficial reflective seismic exploration, the operators of data processing and interpreting have paid attention to how to get exact parameters, and made great efforts to achieve them.
浅层地震反射勘探作为工程勘察的一种主要物探手段，广泛应用于工程勘察中。
The shallow seismic reflection, as a primary physical prospecting method, is widely applied in engineering investigation.
文中的工程勘察实例说明，浅层地震反射法探测隐伏洞穴效果良好。
The illustrated shallow seismic reflection method has achieved good results in detecting hidden caves. Some applied examples of engineering prospecting are enumerated in the paper.
在现场实验探测的基础上，获得了最佳浅层地震反射探测参数。
Field experimental seismic sounding permitted us to obtain optimal shallow seismic reflection sounding parameters.
获得了迎爆面中心反射压力峰值计算模型；分析了两个装药浅层水中爆炸冲击波对混凝土墩绕射及透射作用效应。
The calculation model of peak pressure was obtained and the diffraction and transmission effects of explosion shock wave on concrete frustum in shallow water were analyzed.
获得了迎爆面中心反射压力峰值计算模型；分析了两个装药浅层水中爆炸冲击波对混凝土墩绕射及透射作用效应。
The calculation model of peak pressure was obtained and the diffraction and transmission effects of explosion shock wave on concrete frustum in shallow water were analyzed.
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