The laboratory and fluid data that

The laboratory and fluid data that were available for this study included the fluid composition, constant composition expansion (CCE), and constant volume depletion (CVD) results. These data were used in a pressure/volume/temperature (PVT) software package to try to match the equation of state (EOS) to the observedresultsoftheCCEandCVDtests.Asisusuallydone,oncetheresultswerematched,theoriginal fluid composition was lumped, and the resulting pseudocomponent mixture was once again matched to the observed CCE and CVD tests to make sure that the new mixture was consistent. Once the resultswere matched, the resulting fluid model was used as a base to create additional fluid models to capture a large range of fluids with varying condensate gas ratios.

結果 (中文) 1:

可供此研究的实验室和流体的数据包括流体成分、 恒定组成扩张 (CCE) 和定容衰竭 (CVD) 结果。这些数据被用于多个压力/体积/温度 (PVT) 集中了软件包尝试匹配到 observedresultsoftheCCEandCVDtests.Asisusuallydone,oncetheresultswerematched,theoriginal 流体成分 (EOS) 状态方程，和产生的准组份混合物被再一次匹配，观察到的 CCE 和心血管疾病测试，以确保新的混合物，是一致的。一旦结果匹配，由此产生的流体模型被用于作为基地创建额外的流体模型，以捕捉大范围的流体具有不同凝析气比率。

結果 (中文) 3:

这是为这项研究提供的数据包括实验室和流体的流体组成、恒质膨胀（CCE），和定容衰竭（CVD）结果。这些数据被用来在一个压力/体积/温度（PVT）软件包来匹配的状态方程（EOS）的observedresultsofthecceandcvdtests。asisusuallydone，oncetheresultswerematched，原始流体成分集中，以及由此产生的组分混合物再次匹配观察CCE和CVD的测试以确保新的混合物是一致的。一旦结果匹配，由此产生的流体模型作为基础来创建额外的流体模型与不同的凝析气率捕获一个大范围的流体。