Optimization for Flash Vaporization Process in Chaotic Particle Swarm Algorithm 基于混沌粒子群算法的闪蒸过程优化研究
The principle and implementation method for the computer control system of a propylene polymerization and flash evaporation process were introduced in this paper. 介绍了实现聚丙烯装置丙烯聚合、闪蒸全过程自动程序控制的原理及实现方法。
Data-driven Operational-pattern Optimization for Copper Flash Smelting Process 基于数据驱动的铜闪速熔炼过程操作模式优化及应用
This method is applied to copper flash smelting process to optimize its operation. 将该方法应用于铜闪速熔炼过程,提高了铜闪速的操作水平。
Fuzzy Dynamic Quality Models and Control of Nickel Flash Smelting Process 镍闪速熔炼过程的模糊动态质量模型与控制
Fuzzy Modeling and Control for Flash Smelting Process 闪速熔炼过程的模糊建模与控制
Thermodynamic calculation method is proposed for the adiabatic flash process of hot potassium carbonate solution. 提出热钾碱溶液绝热闪蒸过程的一种热力学计算方法。
Behaviors of as, sb, bi, Pb and Zn in copper flash smelting process 砷、锑、铋、铅和锌在铜闪速熔炼过程中的行为
Study of On-Line Quality Diagnosis Technique in Rail Flash Welding Process 钢轨闪光焊质量在线诊断技术研究
Optimization Choice of Flash Process on Capacity Expansion of 70 Thousand Tons/ year Polypropylene Plant 年产7万t聚丙烯扩能闪蒸工艺优化选择
The article, taking NCC software used in copper flash smelting process as the example, introduces its development, definition, function and practical example. 本文以铜闪速冶金NCC软件为例,介绍了其研发过程及定义、功能、应用实例。
Control optimization of copper flash smelting process based on genetic algorithms 基于遗传算法的铜闪速熔炼过程控制优化
We used the means of the hardware delay control trigger and the software circularly saving, realized the flash process X-ray digital imaging function. 本实验室采用硬件延迟控制触发和软件循环采集保存的手段,实现了瞬态过程的X射线数字化实时成象功能。
A New Simulation Algorithm for Flash Process 多元平衡闪蒸计算的新方法
A model for flash process is established through a mathematic correlation based on the data collected in the flash process. 根据闪蒸过程数据进行数学关联,建立了闪蒸过程模型。
Study on multicomponent multistage adiabatic flash process(ⅱ)& adiabatic flash rules and experiments 多元多级绝热闪蒸过程的研究(Ⅱ)&绝热闪蒸规律及实验
Multiphase equilibrium mathematical model for the copper flash smelting process is established based on the Gibbs principle of minimum free energy. 基于吉布斯最小自由能原理,建立了铜闪速熔炼过程的多相平衡数学模型。
Auto-programming System for a Propylene Polymerization and Flash Evaporation Process 聚丙烯装置聚合、闪蒸全过程自动程序控制系统
Application of Flash Process Calculation with C-Language C语言在闪蒸过程计算中的应用
The paper introduced determination on specific heat capacity and thermal conductivity of Hot Pressing ZnS target material by laser flash process; Moreover introduced measuring method for line expansion coefficients and bend strength of HP ZnS target material. 介绍了用激光脉冲法对热压ZnS(硫化锌)靶材的比热容、热导率测试和ZnS靶材线膨胀系数、抗弯强度测试方法的研究。
The training results also explains that nerual network technique is feasible and effective to the modeling for copper flash smelting process. 模型训练结果也说明了神经网络技术应用于铜闪速熔炼过程建模的可行性和有效性。
Basic particle swarm algorithms were intelligentized. Based on the intelligentized algorithms and MATLAB, simulation regarding optimization of benzene-toluene flash vaporization process during process of chemical production was made. 对基本粒子群算法进行了智能化改进,并运用改进粒子群算法和MATLAB语言,对化工生产过程中的苯-甲苯闪蒸过程进行了优化仿真计算。
Calculation of Reactive Flash Process Basing on Transformed Variables 基于变换变量的反应闪蒸过程计算
Simulation and analysis of multistage flash crystallization process 多级连续闪蒸结晶过程的模拟与分析
An Experimental Study of Pretreatment of Saponified Wastewater with Flash Distillation Process 闪蒸在皂化废水预处理工艺中的应用试验研究
Newton method is adopted and the reactive flash process of MTBE synthesis has been studied as a numerical example. 以含有惰性组分的MTBE反应闪蒸过程为例,用非反应闪蒸方法进行计算,得到了关于反应闪蒸的一般结论。
Development and Application of NCC Software Used in Copper Flash Smelting Process 铜闪速冶金NCC软件的研制及应用
An approach that uses two fuzzy methods to model complicated nickel flash smelting process is presented. 针对冶金工业中镍闪速熔炼复杂工艺过程,提出了利用模糊理论建立镍闪速炉模型的方法。
The influences of production load, average diameter of polypropylene pellets and average residence time on propylene evaporation rate in flash process were studied via the adjustment of the process parameters of the flash drum. 通过调整聚丙烯装置闪蒸过程工艺参数,考察了生产负荷、聚丙烯颗粒平均直径、物料平均停留时间等因素对闪蒸丙烯汽化率的影响规律。
Flash evaporation process is analyzed by means of non-equilibrium thermo-dynamic theory, which it is easier for the flash process to be understood. 本文对闪蒸过程进行了全面的热力学分析,首次将非平衡热力学思想引入多级闪蒸过程的分析,使人们对闪蒸过程的理解更容易。