间歇聚合

重点介绍了对苯二甲酸（PTA）路线间歇聚合CDP工艺技术。

The batch polymerization from purified terephthalic acid ( PTA ) was emphasized . The technology status of CDP synthesis from PTA was summarized .

对Dupont间歇聚合反应过程的监控与故障诊断应用研究表明了鲁棒MPCA算法的有效性。（3）提出了步进MPCA算法用于多阶段间歇过程的性能监控。

Applications on DuPont batch polymerization process reveal the efficiency of robust MPCA . ( 3 ) A new step-by-step batch SPMC approach is proposed for the monitoring of multi-stage batch processes .

通过对淤浆法HDPE装置间歇聚合工艺条件及程序的研究，提出了优化措施，并取得了良好的效果。

Through the investigation to process conditions and procedure of batch-type polymerization with slurry in HDPE plant , optimization measures were worked out and good result was achieved .

分析我国PTA间歇聚合工艺合成CDP存在的问题，建议用中温法合成SIPE，优化合成工艺，提高CDP产品质量。

Tch polymerization process for CDP was put forward in China . It was suggested that moderate-temperature process should be chosen to synthesize SIPE and be optimized to improve the CDP quality .

锂系聚丁二烯橡胶间歇聚合反应釜工程研究

Engineering Study on Non-continuous Reactor of Polybutadiene with Lithium Catalyst

间歇聚合反应过程的计算机控制及先进控制技术应用进展

Computer Control and Application of Advanced Control Techniques for Batch Polymerization Reactors

化工间歇聚合反应过程的辨识与控制软件包设计

Design of Recognition and Control Software Package for Chemical Intermittent Polyreaction Process

聚酯间歇聚合反应广义模糊自适应控制器

Generalized Fuzzy Adaptive Control of Polyester Batch Polymerization Reactor

间歇聚合反应过程先进控制技术研究的概况

A Survey of Advanced Control for Batch Polymerization Reactors

间歇聚合反应是流程工业中比较典型的复杂反应之一。

The batch polymerization reaction is one of typical complicated reactions in the flow-industry .

间歇聚合反应装置计算机控制与管理系统&软件包的设计

Computer Control and Administration System for Batch Polymerization Reaction Plant & Design of the Software Package

在苯乙烯间歇聚合反应模型上进行了仿真分析，验证了该方法的有效性。

The effectiveness of proposed method is validated with simulation on a bulk polymerization reactor of styrene .

介绍了化工间歇聚合反应过程辨识与控制软件包的设计原理和设计方法。

The principle and method of design for recognition and control software package for chemical polyreaction process are presented .

将这些方法应用于间歇聚合反应的监控和故障诊断上，取得了较好的效果。

Some satisfying results have been made by applying those methods to batch polymerization process control and its fault diagnosis .

其次，根据间歇聚合反应特点和反应釜温度建模的难点确定了温度建模方法。

Second , determine the temperature modeling methods according to temperature characteristics of the batch polymerization reactor and the difficulty of modeling .

温度控制在间歇聚合反应过程中至关重要，产品产量多少和质量的好坏取决于反应过程温度控制的准确程度。

In the Batch polymerization reaction , the temperature control for reactor impacts directly on the quality and quantity , so the temperature control is very important .

间歇聚合反应过程由于具有非线性、时变性、不确定性、反应机理复杂等特点，其控制问题一直是过程控制界具有挑战性的研究课题之一。

Due to nonlinear , complexity , variability and uncertainty that batch polymerization processes involve , the control for polymerization processes offers attractive and challenging problems for control community .

针对具有时变、非线性、反应机理复杂的聚酯间歇聚合反应温度控制，提出了一种反应器温度误差附加夹套温度误差的新型广义模糊自适应控制器。

Aiming at the temperature control of a polyester batch polymerization reactor a generalized fuzzy adaptive controller is presented . The reaction is nonlinear , complex , variable and uncertain .

本文在分析了间歇聚合反应过程特点的基础上，提出了一种将迭代学习控制与反馈控制相结合、并通过神经网络对迭代控制器参数进行约束和优化求解来优化迭代学习律的综合控制方案。

The integrated control method based on analyzing the characteristics of polymerization reaction process is proposed in this paper , which combines ILC with feedback control , and the parameters of iterative controller are optimized by .

软件包由“化工间歇聚合反应过程的辨识与控制”和“化工间歇聚合反应釜生产管理系统”两个子系统组成。

The software package consists of two subsystems , one is the subsystem of " identification and control of batch polymerization reactors ", and the other is the subsystem of " production administration system for batch polymerization reactors " .

采用间歇溶液聚合法制备了聚苯醚（PPO），对铜-二正丁胺络合体系催化的2,6-二甲基苯酚聚合反应进行了研究。

Polymerization of 2,6-dimethyl-phenol catalyzed by Cu-di-n-butylamine complex compound system was studied and poly 2,6-dimethyl-1,4-phenylene oxide was prepared by solvent polymerization .

本论文以对苯二甲酸二甲酯（DMT）、乙二醇（EG）为原料，远红外陶瓷粉作改性剂，采用间歇式聚合方法合成远红外功能聚酯。

This article provides a process for preparation of farinfrared ceramic functional polyester by means of interrupted stepwise from dimethyl terephthalate , ethylene glycol , farinfrared ceramics powder as modifier .

工业应用的结果也表明AY-1000催化剂操作性能优良，更适合于间歇本体聚合装置中聚丙烯的生产。

The results of industrial application also show that AY-1000 has excellent operating performance and is suitable to produce polypropylene in batch-type reactors .

半间歇式聚合釜的温度控制

Temperature Control for Semi-batch Polymerization Reactors

以实际橡胶硫化促进剂制备的间歇缩合聚合反应为实验对象，详细论述了建模和网络训练的过程，证明了方法的有效性。

Detailed process of modeling and training of hybrid neural network was described in modeling of batch reaction of producing accelerant for sulfuring rubber .

因此，本论文采取间歇溶液聚合合成工艺，考察聚合条件变化对聚合反应、产物性质的影响，寻求最佳试验配方，为最终实现丙烯酸酯橡胶的连续溶液聚合奠定理论基础。

In the present paper , batch solution polymerization method was used to prepare ACM and the influence of polymerization conditions on the reaction and product properties was investigated .

研究表明：与间歇式聚合相比，采用双螺杆挤出机进行半连续化聚合可以大大加快反应完成的速度，同时还容易制得相对分子质量较高的聚合物。

The results show that compared with the intermittent polymerization , the semi-continuous polymerization can greatly improve the reaction rate , and polymer with high relative molecular weight can be easily obtained .

HDC球形催化剂在间歇式本体丙烯聚合装置上的工业应用

Commercial trial of HDC spherical catalyst in batch bulk polypropylene unit

介绍荆门炼油厂开发设计的间歇液相本体聚合反应全过程自动控制专用系统，它具有多调节规律并能自动切换的自动控制系统。

A auto-control system for the entire polymerization proces of batch liquid phase bulk polypropylene unit-automatic changeover control system with multi-adjustment actions-developed by Design & Research Institute of Jingmen Refinery .