水平井人工合成记录的制作原理与垂直井相同，但具体的制作方法有所区别。
The making principle of horizontal well synthetic seismograms is the same as that of vertical well synthetic seismograms, but the making methods are different.
人工合成记录和实际资料的处理结果表明该方法具有一定的实用价值和应用前景。
Syntheticseismogram experiment and real data processing show that the method can be applicated for practical purpase.
常规的层位标定方法有地质露头、VSP测井、区域明显地质层、人工合成记录等。
The common methods include geologic outcrop, VSP well logging, regionally obvious geologic layer and artificial compound data, etc.
在人工合成记录和一些实际地震记录上的实验表明，这种方法在一定的精度范围内是有实用价值的。
The experiments on artificial synthetic seismogram and actual seismic records show that this method is of practical use in proper accuracy range.
如果它能够被人工合成出来，那么其密度将比当前的记录持有者轻上25%——目前的最低密度冰由欧洲研究人员于2014年制成。
If it can be synthesised, the ice will be about 25 percent less dense than the current lowest-density record-holder, developed by European researchers in 2014.
如果它能够被人工合成出来，那么其密度将比当前的记录持有者轻上25%——目前的最低密度冰由欧洲研究人员于2014年制成。
If it can be synthesised, the ice will be about 25 percent less dense than the current lowest-density record-holder, developed by European researchers in 2014.
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