And the productivity model was tested and analysed.
并对生产率模型进行了验证与分析。
An optimizing productivity model was developed based on the aerodynamics condition in the lower zone of a blast furnace.
从高炉下部气体动力学条件出发，建立了反映高炉重要操作参数和最大产量之间对应关系的产量优化模型。
It also helps provide the experimental basis for optimizing the configuration, and building the semi-analytic productivity model, of multi-lateral Wells.
为优化分支井的结构和建立分支井的半解析产能模型提供了依据。
It also helps provide the experimental basis for optimizing the configuration, and building the semi-analytic productivity model, of multi-lateral Wells.
为优化分支井的结构和建立分支井的半解析产能模型提供了依据。
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