This paper presents two simulation methods for wave group and gives their application in the laboratory.
介绍两种波群模拟方法及其在试验室里的应用。
The processed profiles have high S/N ratio and clear seismic wave group feature, so meet the structural interpretation demand.
最终处理剖面信噪比较高，地震波组特征明显，满足了该区构造解释的需要。
Besides, the probability of occurrence of wave groups is discussed and various descriptive methods of wave group extents are compared.
讨论了波群发生概率，比较了不同的波群程度的描述方法。
In high energy shock wave group 2, mature lamellar bone occurred, there were plenty of proliferation of connective tissues and glass-like changes.
高能震波2组出现成熟的板层骨，缺损区出现大量结缔组织增生，玻璃样变。
The time history of drift motion of mooring buoy in regular wave and wave group is calculated. The relation between drift motion and wave height or difference of frequency is discussed.
计算了规则波和波群中系泊浮筒漂移运动的时间历程，讨论了其运动与波高、频差的关系。
In practical seismic data processing achievement profile, wave group characteristics of every reflection zone are clear, information of layer to layer is rich and wave shape is natural and stable.
在实际地震资料处理的成果剖面上，各反射层位的波组特征清楚，层间信息丰富，波形自然稳定。
We introduce the error analysis to the QRS wave-group integrated judgment of 12-lead synchronization ECG signal.
在12导联QRS波的综合判断上引入了误差分析的基本思想。
We introduce the error analysis to the QRS wave-group integrated judgment of 12-lead synchronization ECG signal.
在12导联QRS波的综合判断上引入了误差分析的基本思想。
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