并获取了使得收缩最小的最优工艺参数组合。
And the optimal combination of process parameters of minimum contraction is obtained.
同时，还考察了原料气的轻重程度不同对最优工艺参数的影响。
The affection of different charge gas to process parameter was also invested.
通过正交实验得出菠菜和香菜的最优工艺参数及比较合理的工艺流程和冻干曲线。
The best technology parameter of spinach and coriander, better process flow and freeze drying curve were attained by orthogonal test.
提出了SP—80乳化剂合成的最佳配方、最优工艺参数以及延长其贮存期的途径。
And the bet prescription, the optimum technological parameter, and the way for prolonging the storage period have been proposed.
分别得出了在自然冷却和水冷却条件下的最优工艺参数组合，并分别对其进行了试验验证，验证结果良好。
The optimum process parameters were obtained respectively, and experiment verifications were carried out respectively, verification results were very good.
本文在分析影响电镀层整平性能因素的基础上，寻求电镀工艺的最优参数。
On the basis of the analysis of those factors that affect the level off performance of electroplating, the optimum parameters of plating process were found in this paper.
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.
同时给出能减轻比重偏析的最优动态浇注工艺参数组合。
Also provided a group of dynamic pouring process parameters, by which we can greatly abate the specific gravity segregation.
文中以连续驱水单元为例进行了模型处理，解出了该单元的一组最优生产工艺参数。
As an example, we engage in modeling process for the expelling water cell, and obtain a group of optimum technological parameters about the cell equipment.
介绍了涤纶微细旦低弹丝加工工艺流程及设备特点．通过对生产实践的分析，探讨微细旦低弹丝各项工艺参数的最优选择。
The PET micro DTY processing and the feature of machine have been introduced in the paper. In production, the optimum technological parameters of micro DTY are studied.
对预氯处理和预氧处理的工艺参数最优解进行了比较。
In this article we have also compared the optimal solution of pre-chlorination technology with that of pre - Oxidization-technology.
对Y112铝合金进行半固态触变模锻实验，确定了该试验最优的半固态二次加热工艺参数。
Y112 aluminum alloy thixo-forging experiment in semi-solid state was carried out. The optimized reheating process parameters were determined in the experiment.
通过输入工件的加工厚度和加工控制精度，自动得出最优的工艺参数组合。
Through import the thickness and the control precision of the workpiece. system can get the most excellent combination of technics parameters.
运用正交试验分别对稀土铈盐和镧盐钝化进行试验，得出该两种稀土盐钝化镀锌钢板的最优参数和工艺条件。
The optimal processing parameters and conditions of passivation films on galvanized steel sheet treated with rare-earth cerium and lanthanum salts were obtained by orthogonal experimental method.
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.
同时给出能减轻密度偏析的最优浇注工艺参数组合。
A group of centrifugal pouring process parameters has also been provided, by which we can greatly abate the specific gravity segregation.
通过回归分析得出材料性能与热处理工艺参数之间的关系式，并得出最优工艺组合；
The relational expression of materials properties and heat treatment parameters is found by regression analysis, and the optimum technological combination is obtained.
通过正交实验，得出在不同的刷镀工艺参数组合下镀层的耐磨性和耐腐蚀性，经过分析得出铜网表面最优刷镀工艺参数。
Based on orthogonal experiment, the wear ability and corrode-resisting of brush-plating coat under different brush-plating technology parameter combination are obtained.
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.
对真空干燥工艺过程中的 真空系统及冷凝系统及其参数进行最优秀的匹配。
The excellent match of the vacuum system and the condensing system as well as the parameters thereof in the process of vacuum drying technique is performed by the invention.
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.
研究结果表明，该方法允许设计变量在大区间内寻求工艺参数的最优值。
It is shown that the procedure is able to find optimum values of design variables in wide range.
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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