根据渗沥液产生量计算公式推导出渗沥液处理规模、渗沥液调节池容积的计算公式。
The calculation formulas of leachate treatment scale and volume of regulating tank were conducted based on the calculation formula of leachate production.
在二维超声心动图上用脉冲多普勒（PD-2D）测量计算反流容积（RV）和反流分数（RF% ）。
The regurgitant volume (RV) and regurgitant fraction (RF) calculated by two dimensional pulsed Doppler (2D-PD) method were served as reference values.
用容积法计算石油储量时影响储量计算精度的因素之一是储层有效厚度。
Net pay thickness is one of the factors affecting the Precision of volumetric method.
用容积法计算油气储量时，影响储量计算精度的因素之一是储层有效厚度。
When calculating oil and gas reserves by volumetric method, one factor affecting the computing accuracy is reservoir effective thickness.
可行时，液体物料应该用经过正确校验的立管来检测储罐或用孔板流量计、转子流量计或容积式流量计来测量；
Wherever practical the measurement of liquid streams shall be by standing gauges of properly calibrated tanks or by orifice meters, rotameters or displacement meters.
利用储量参数的随机网格模型直接进行储量计算，解决了传统容积法计算复杂油藏储量时储量参数难以取准的问题。
The method can be used to deal with the issues that the reserve parameters are difficult to correctly acquire when estimating complex reservoir's reserves in terms of traditional volume method.
目的探讨采用医学图像分析软件辅助三维CT测量计算眼眶容积的方法及其可靠性。
ObjectiveTo establish and elucidate a feasible method by CT- scanning-based computed tomographic analysis for the volumetric measurement of orbit.
定向井技术的广泛应用，给容积法储量计算时单井有效厚度的确定带来一定的困难。
The broad application of directional drilling has brought some difficulty to the net pay thickness determination for single well during the reserve calculation with volumetric method.
储层孔隙度是容积法储量计算的基本参数，而准确确定地层条件下的孔隙度值是提高储量计算精度的基础。
Since porosity is a basic parameter for the calculation of gas reservoir reserves, determining the porosity under the reservoir condition is the only way to enhance the precision of the calculation.
介绍了容积式流量计的特点，探讨了选型的主要因素和应用的注意事项。
The characteristics of positive displacement flow meter are introduced, and the main factors for lectotype and the matters needing attention in the application are discussed.
校准器是容积式流量计上的重要部件。
用传统容积法计算储量时，由于对储层参数采用的是平均值而忽略了储层的非均质因素，影响了储量计算的准确性。
When we calculate reserves with traditional cubature, parameters of reservoir bed we use are average values. This ignores anisotropic factors of reservoirs, so that affects accuracy of calculate.
用传统容积法计算储量时，由于对储层参数采用的是平均值而忽略了储层的非均质因素，影响了储量计算的准确性。
When we calculate reserves with traditional cubature, parameters of reservoir bed we use are average values. This ignores anisotropic factors of reservoirs, so that affects accuracy of calculate.
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