So it can become an effective means for permeability prediction with seismic data.
因此，本方法将成为地震数据预测渗透率的有效手段。
Predrilling reservoir quality prediction includes porosity prediction and permeability prediction.
储层孔隙度预测和渗透率预测。
It is significant to prediction of coalbed permeability and resource evaluation of coalbed methane.
其结果对煤层气资源评价和煤层渗透性预测具有重要的指导意义。
The accurate prediction of the permeability in the Imperial Smelting Furnace is meaningful for increasing the output of ISF.
准确预测密闭鼓风炉的透气性，对于提高密闭鼓风炉的产量具有重要意义。
Prediction of surrounding rock permeability in tunnel is the base of estimating the water gushing yield for deep lying tunnel.
围岩渗透性预测是深埋隧道涌水量评估的重要基础。
Synthetical evaluation according to prediction result of stress field and curvature will lead to high permeability region prediction of coal reservoir.
应用应力场预测的结果与曲率分析预测的结果进行综合评价，预测煤储层高渗区。
At last, the characteristic of present methods is summarized and some Suggestions for productivity prediction of the fractured reservoir with low porosity and low permeability are proposed.
最后总结了现有方法的特点，给出了低孔低渗储层压裂后产能预测的建议。
But the individual differences and strong heterogeneity of rock lead to prediction of permeability is difficult to find a common, universally applicable predictive model.
然而岩石个体的差异性及强烈的非均质性导致渗透率预测很难找到一个通用的、普遍适用的预测模式。
According to the analysis of mechanism of sintering process, the prediction of permeability is verified to having the character with uncertainty in the prediction model and the input parameters.
通过对铅锌烧结过程的机理分析，确定了透气性预测具有模型不确定性以及输入变量的不确定性等特点。
During oilfield exploration and development, permeability is necessary to not only reservoir description and reserve estimation also production prediction and working out development plan.
在油田勘探开发过程中，不论是油藏描述、储量评价，还是产量预测、开发方案的编制，始终都离不开渗透率参数。
Owing to the complex geological factors and changeable productivity, there are many factors effect on the prediction of productivity in ultra low permeability reservoir.
超低渗透储层由于其地质因素复杂，产能变化大，影响产能预测的因素众多，因而产能预测难度大。
Dynamic prediction and calculation could be established with forward modeling and formation permeability and pressure could be derived with backward modeling.
该方法的正演模拟可以实现井漏动态的预测和计算，反演模拟可以实现地层渗透率和地层压力的求取。
Dynamic prediction and calculation could be established with forward modeling and formation permeability and pressure could be derived with backward modeling.
该方法的正演模拟可以实现井漏动态的预测和计算，反演模拟可以实现地层渗透率和地层压力的求取。
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