釜

搪瓷釜的使用维护与常用修补方法

Use and Maintenance of Enamel Boiler and Its Commonly Used Repairing Methods

闪蒸釜密封装置的设计安装及应用

Design installation and application of flash boiler sealing unit

连续搅拌反应釜的非线性H∞控制

Nonlinear H_ ∞ control of continuous stirred tank reactor

快开式超临界萃取釜CAD系统的开发

Development of CAD System for Quick-opening Supercritical Extraction Kettle

使用Visualc++6.0编写了釜式再沸器工艺设计软件的界面。

( 3 ) Compile the interface of the software using Visual C + + 6.0 .

用动态规划方法来实现PVC聚合釜的优化升温控制

The Optimum Temperature Raising Control for PVC Polymerization with Dynamic Programming Method

浆态床搅拌釜中合成反应的结果表明，用氧化铜对脱水催化剂进行改性，能改善催化剂的催化性能，提高CO转化率和产物中二甲醚的选择性，抑制副反应的发生。

The modified dehydration catalyst could increase CO conversion and dimethyl ether selectivity and restrain side reactions .

动态校正的PI型广义预测控制器及其在反应釜系统中的仿真研究

Dynamic Tuning PI type Generalized Predictive Controller and Simulation Research on Reactor System

采用脉冲法测定了蔗糖水解反应在连续搅拌釜式反应器内的停留时间分布，求得了停留时间分布密度函数E（t）、平均停留时间以及模型参数。

Residence time distribution for sugar hydrolysis reaction in a contineous flow stirred tank reactor was m : asured by pulse input method .

BR生产中首釜桨型选择问题的探讨

Selection of impeller type for the first reactor in the production of polybutadiene rubber

介绍了采用面向对象技术，结合专家系统、CAD技术及机器学习的理论和方法，在VC++6.0环境下，开发了搅拌反应釜智能CAD系统。

The development of the intelligent CAD system about stirred bed reactor is introduced with object-oriented technology , expert system , CAD and machine learning .

经过对冷冻釜和离心机结构的改进，提高了精肼质量，降低了AC生产的电耗。

After structure innovation of refrigerating kettle and centrifuge , quality of refining hydrazine hydrate was improved and power consumption in AC production were decreased .

采用单釜连续聚合工艺合成出了固含量45%，粘度为5900mPa·s（25℃）的POP。

POP product with 45 % solid content and 5 900mPa · s ( 25 ℃) viscosity was synthesized by one-reactor continuous process .

控制器以8031单片机为核心，采用积分分离PID算法，对炼胶釜的温度采用闭环控制。

The controller uses an 8031 single chip microprocessor , adopts integrate separate PID algorithm , and applies close loop control to the temperature of the producing pot .

文中介绍了利用BP神经网络的高度非线性逼近能力，解决连续搅拌反应釜动态液位测量问题。

This paper introduces a method which takes the use of the powerful nonlinearity approach capability of BP neural networks to measure the dynamic liquid levels in continuous-stirring reactors .

卧式釜功耗变化规律取决于流型，在低Fr数区，实验结果与受力分析得到的结果具有较好的一致性；

In the region of lower Froud number , the experimental results were in good agreement with predications .

搅拌鼓泡釜中Na2SO3&空气体系的比表面积及传质系数的测定

Determination of Specific Area and Mass Transfer Coefficient of Na_2SO_3-air System in A Stirred Vessel

提出了一种连续搅拌反应釜（CSTR）的混合监督学习控制方法。

A new hybrid supervised learning control scheme is presented for continuous stirred tank reactor ( CSTR ) systems .

计算流体力学（CFD）是一门用于分析流体流动、传热等现象的学科，CFD能够给出搅拌釜内的总体流动状况和局部详尽信息。

Computational Fluid Dynamics ( CFD ) is used to analyze the fluid flow and heat transfer , which can provide overall flow status and local data in tank .

将此方法用于连续反应搅拌釜（CSTR）中和过程pH值控制的仿真试验，仿真结果表明了该方法的有效性。

This method is used for control the pH of neutralization process in continuous stirred tank reactor ( CSTR ) . Simulation shows that this new method is efficient .

通过对几种还原剂和还原方式的探索，得到最优化的的还原方式及具体还原参数：高压反应釜乙二醇160℃还原，PH值为11。

The most optimal way and the specific parameters of reduction are obtained by means of several explorations to the reductions . Ethylene glycol is acted as reducing agent in autoclave ( 160 ℃) and PH is 11 .

并用该釜测定了下列二元体系的加压等温VLE数据：①2－甲基－2－丁烯（1）－甲醇（2）；

VLE data for the following binary systems were determined : ① 2-methyl-2-butene ( 1 ) - methanol ( 2 );

主要讲述30m3聚合釜生产PVC如何进行调整、改造及今后工作方向、生产中应注意的事项。

This paper mainly introduces how to improve the performances of 30 m 3 polymerizer for the production of PVC , its further development trend and matters needing paying attention to during production process .

结果表明，水解pH值为09，当高压釜热处理温度<503K时，粉末晶粒度增长较为缓慢，而当热处理温度>503K时，粉末粒度明显长大。

It was found that the grain size of the powders increased slowly with autoclave heating temperature up to 503K , when hydrolysis pH value was 0 9 , but grew rapidly when heating temperature was higher than 503K .

采用工业原料，单釜合成β分子筛100kg。

Using industrial materials , single reactor synthesis of P zeolite 100 kg .

结合吉玛聚酯装置的特点，用数学方法建立了各反应釜在转产非稳态过程中熔体TiO2含量变化的数学模型，并进行了应用。

Combining with the characters of Zimmer polyester equipment and using mathematical method , the TiO 2 content in PET melt simplified model of different reactor was built and the model has been applied .

用单釜法合成了絮凝剂CAS（阳离子丙烯酰胺&淀粉接枝共聚物）水溶液，固含量4%~5%。

The flocculant CAS ( cationacrylamide-starch graft copolymer ) aqueous solution has been synthesized by a single reactor . The copolymer content in the solution is 4 % ~ 5 % .

利用一个非线性对象&理想的控制pH值的连续搅拌反应釜（pH-CSTR）进行仿真研究，对比了单步控制和多步控制的效果。

Through the simulation of a nonlinear process & pH-CSTR , the effect of single control horizon and multiple control horizon is compared .

采用连续搅拌釜式反应器（continuousstirredtankreactor简称CSTR）在常压、30～60℃的温度范围内，对醋酸酐水解反应的宏观动力学进行了探讨。

The main object of this paper is to study the kinetics of the reaction of acetic anhydride hydrolysis in Continuous Stirred Tank Reactor and at the temperature ranging from 30 to 60 ℃ and 1 atm .

基于FEPG的固定式管束釜式重沸器有限元计算程序的开发及其应力分析

FEPG-Based Exploitation of Finite Element Program and Stress Analysis of the Kettle-Type Reboiler with Fixed Tubesheet