优化工艺,Process Optimization
1)Process Optimization优化工艺

1.It is available for industrial production.该优化工艺可为工业生产提供参考。
2.Optimization of the synthesis of 1H-1,2,4-triazole1H-1,2,4-三唑合成工艺优化
3.Optimization of 20 kt/a PA6 prepolymerization process20kt/a PA6前聚合工艺的优化
4.Manufacturing high quality rubber belt framework material through optimization duck process优化帆布工艺生产优质胶带骨架材料
5.Optimization of machining parameters of EDM and its applications电火花加工工艺参数的优化及其应用
6.Research on Selection of Optimal Cutting Parameters in High-speed Milling of Thin-walled Al-alloy Workpiece;铝合金薄壁件高速铣削加工工艺优化
7.Technology Harmonizing Optimization of Pickling and Acid Regeneration Line酸洗-酸再生工序工艺协调控制优化
8.Optimization and Improvement for Manufacturing Process of Steering Frame on Cold Reclaiming Machine冷再生机转向架加工工艺优化和改进
9.STUDY ON CONSTRUCTION TECHNIQUES OF A NOVEL BAMBOO-STEEL COMPOSITE ROCK-BOLT南竹加筋复合锚杆施工工艺优化研究
10.Manufacture and Process Optimization of Commercial Laser Absorbing Coatings工业用激光吸光涂料配制及工艺优化
11.The Present Situation and Optimized Tendency of High-speed Cutting Processing高速切削加工工艺的现状与优化趋势
12.Optimization of the Technical Parameter for Persimmon Vinegar with One-step Fermentation Methodology一步发酵法加工柿果醋工艺参数优化
13.Process optimization of third stage project of the Guhengqiao Water Plant in Pinghu City平湖市古横桥水厂三期工程工艺优化
14.The optimal model for bucking with computer and its appliedtechnology计算机造材工艺最优化模型的研究及工艺应用
15.Condition Optimization of Domestic Sewage Advanced-treatment by A~2/O ProcessA~2/O工艺深度处理生活污水的工艺条件优化
16.Research of Modified Purification Process of Recombinant Human Serum Albumin(rHSA);重组白蛋白（rHSA）纯化工艺优化研究
17.The Preparation of Aluminium Hydroxide Nanoparticles and Its Technology Optimization;纳米氢氧化铝粉体的制备及工艺优化
18.The Excellent Application of Technology of Methyl Alcohol Made from Coking Gas;焦化干气制甲醇工艺技术的优化应用

optimized process优化工艺
1.The formation process of GH202 alloy die forging of sphere turbine is studied and the reasonable die design and optimized process are used to realize the formation of GH202 alloy die forging of sphere turbine with loose tooling.通过对GH202合金涡轮球壳胎模锻件成形工艺的研究,采用合理的模具设计和优化工艺,实现了胎模锻件的成形,确保锻件达到技术条件要求。
3)optimizing process优化工艺
1.The best using scheme of catalyst system was set up by optimizing process control and strict production management in 70 kt/a polypropylene plant of Organic Synthesis Factory of Dalian Petrochemical Co.中国石油大连石化分公司有机合成厂70 kt／a聚丙烯装置在生产运行中,通过细化生产管理,优化工艺控制,摸索出装置催化剂体系最佳投用方案。
4)Optimum process优化工艺
1.The study of the optimum process of wool treatment with WSL New enzyme;定劳沙WSL New蛋白酶处理毛织物优化工艺的研究
5)Optimization technology优化工艺
1.Research of Korean pine branch material manufacturing particleboard optimization technology;红松枝桠材制造刨花板优化工艺的研究
6)technology optimization工艺优化
1.Forming technology optimization of a multi-step part;阶梯形壳体零件挤压工艺优化
2.The technology optimization of CT-191 based on artificial neural network and genetic algorithm;基于神经网络-遗传算法的CT-191合成工艺优化
3.The technology optimization of continuous hot narrow strip rolling;全连续式热轧窄带钢生产工艺优化

轧制工艺优化轧制工艺优化optimization of rolling technology zhazhi gongyi youhua轧制工艺优化(optimization of:olling ree卜nofogy)轧制工艺由顺序喇咧的若干工序组合而成。因此车啸{工艺优化，包括工序局部优化和流程整体优化。 工序局部优化影响因素比较单一、且以只调整局部工艺流程为手段的轧制工艺优化。例如初轧方坯鱼尾最短问题。初轧方坯时，由于钢坯高宽比大，钢坯表面层和中心层金属的延伸存在差异，钢坯头尾产生鱼尾，使金属收得率降低。影响初轧方坯端部形状的因素很多，如锭型、初轧机型式、孔型设计和压下规程等。通过观测钢坯端部的变形规律，先提出影响鱼尾长度的数学表达式，并由此出发，进一步制订出鱼尾最短的优化压下制度。 已知鱼尾长度与道次压下量的关系式为 了K，H、 △U~KI从19【资于} --一一叭从/式中△U为鱼尾长度;K，，K:为形状系数;从为压下量;H为原料厚度。轧制方坯时，需要经常翻钢90“。当钢坯在两个方向轧制的的情况下，沿X轴压下时，鱼尾长度为 L; 队一U，一12;号丁+胡一‘一1，“，’一”式中U，为第i道次的鱼尾长度;及/二一l为第i道次的延伸系数。沿Y轴压下时 U，一U，一台+叨，，，一‘，2，一式中石/几一:为第j道次的延伸系数，二，一二3从;19{丛给卫} 一，一，一”一。、O六，)式中形状系数Kl、KZ、K3、K;随钢种、轧制条件(轧制温度、速度、孔型形状及润滑状况)的不同而变化。 在制订鱼尾最短优化压下规程时，既要使总轧制道次和成品尺寸保持不变，以保持相同的产量和质量水平，又应使钢坯的鱼尾最短，以提高金属收得率。显然，这是一个求无约束极小值问题。其优化算法是:首先根据钢坯的高宽比决定一个压下方向(沿X或Y轴方向)，然后选用黄金分割法(0 .618法)计算出钢坯鱼尾最短时的压下量。 生产实践证明:按通常压下规程轧制，方坯鱼尾长度为106mm，而用最优压下规程生产方坯时，鱼尾只有nmm，金属收得率(按重量计)提高1.5%，同时，翻钢次数由5次减为4次，轧制效率也有所提高。 流程整体优化影响因素较多，且以调整整个工艺流程才能达到目的的轧制工艺优化。例如冷轧带钢纵向厚度偏差最小问题。