建立苎麻预处理工艺参数的优化数学模型并求出最优解。
The optimal mathematical model of technological parameter in ramie pretreatment has been set up, and the optimal solution has been found.
基于优化后的工艺参数组合，进行再次模拟，分析金属的流动情况、应力应变及壁厚质量，确定最终的最优凸凹模结构。
Chose the most suitable process parameters to simulate once again, which analyzed the metal flow condition; stress and strain and quality of wall thickness.
采用适当的修改方案，达到工艺参数的最优选择和控制，完成设备优化设计。
The proper amending scheme was adopted, and the optimization for operating parameters and equipments were obtained.
利用计算机模拟法，选择矿井技术工艺系统和参数的最优化。
Computer simulation was used to select mine technical system and parameter optimizing.
根据最优化技术的原理，建立以提高丙烷收率和降低能耗为目标的工艺参数优化模型。
And by the principle of optimization technology, a optimization model was set up which aimed to improve the C_3 recovery rate and reduce the total energy consumptions.
根据最优化技术的原理，建立以提高丙烷收率和降低能耗为目标的工艺参数优化模型。
And by the principle of optimization technology, a optimization model was set up which aimed to improve the C_3 recovery rate and reduce the total energy consumptions.
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