岩石物理参数是地震反射特征分析的基础。
Petrophysical parameters are the basis of seismic reflection character analysis.
反射界面及层速度是地震勘探中相当重要的地层参数。
Reflection interface and interval velocity are quite important stratigraphic parameters in seismic exploration.
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.
首先利用波形分解确定地震反射层的地质属性，找出能反映岩性变化的反射波波形特征参数；
First reflection waveform characteristic parameters that exhibit lithologic variation are determined by defining geological characters of seismic horizon with the aid of waveform analysis.
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.
通过模型正演、反射特征、地震波谱属性参数分析认为，以实际资料为基础的地震模型研究可用于集储层预测工作。
According to the analysis of forward modelling, reflector characteristics and spectral properties, it is considered that the seismic model based on actual data can be used in reservoir prediction.
试验内容包括地震波激发参数试验、观测系统参数试验和地震反射资料处理方法试验。
The tests include seismic wave excitation parameter test, observation system parameters test and seismic reflection data processing test.
通常的模型框架是，在几个稀疏的主要目的反射层位间，以均匀充填地震参数的方式构成。
The framework model usually consists sparsely of main seismic reflectors with seismic attributes evenly distributed between them.
通常的模型框架是，在几个稀疏的主要目的反射层位间，以均匀充填地震参数的方式构成。
The framework model usually consists sparsely of main seismic reflectors with seismic attributes evenly distributed between them.
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