化工过程

自抗扰pH控制及其在化工过程控制中的应用

The Application of Auto-disturbance-rejection pH Control in Chemical Process Control

化工过程控制混杂系统及其Petri网描述

Hybrid systems in chemical process control and its petri net-based descriptions

同时Internet网络的出现和电子商务技术的发展，又给化工过程设备制造业带来了前所未有的机遇。

However , the emerging of the Internet and development of the E-Commerce technique also bring the process equipment manufacturers great opportunity .

化工过程计算机辅助计算的网络CAI系统的研究

Study of network based CAI system for computer-aided calculation in chemical processes

化学量传感器第五讲生物传感器七生物传感器的应用化工过程远程无线监控的PCIModem系统设计

Design of PCI modem system used in remote wireless chemical process monitoring

许多化工过程都是多变量非线性系统，pH值混合槽就具有典型的非线性。

Many chemical processes are multivariable and nonlinear , such as a continuous stirred tank reactor ( CSTR ) .

CAE及其在化工过程模拟优化中的应用

CEA and its application in simulation and optimization of chemical process

本文提出了一类基于微机网络的化工过程仿真培训器的软件构造模式及用面向对象的C＋＋语言的实施方法。

A new software configuration was proposed and realized in turbo C + + for chemical engineering process training simulators based on microcomputer net .

反应精馏（ReactiveDistillation，简称RD）是化工过程强化的重要方法之一，其数学模型一般为一具有强非线性的微分代数方程组，用传统方法进行数值模拟较为困难。

Reactive distillation is one of the important methods of process strengthening in chemical engineering .

用VB实现化工过程模拟的系统结构分析

Analyze chemical process system structure with VB code

基于MAS的化工过程故障诊断研究（Ⅱ）

Research on Fault Diagnosis of Chemical Processes Based on MAS (ⅱ)

利用OpenGL开发化工过程仿真视景系统

Developing Chemical Processes Simulation View Scene System With OpenGL

煤化工过程中的CO2排放及CCS技术的研究现状分析

CO_2 Emissions in the Process of Coal Chemical Industry and Analysis of the Research Status of CCS Technology

AI和CIPS在化工过程中的应用

Application of AI and CIPS in chemical processes

TE过程是对一个化工过程的真实模拟，被广泛用于过程控制研究。

TE process is a real simulation of a chemical process that has been widely used in process control study .

钛硅分子筛／H2O2体系催化酮类氨肟化生成肟是环境友好的绿色化工过程。

The preparation process of oxime over Titanosilicate / H2O2 system is a friendly green process for our environment .

基于Hammerstein模型的预测控制在化工过程中的应用

The Application of Model Predictive Control Base on Hammerstein Model in Chemical Process

它经现场组合，便能较逼真地模拟实际化工过程，装置具有智能仪表和DCS两种控制方式，特别适用于小型化工单元的仿真培训和模拟研究。

It is an advanced technique with intelligence instruments and DCS control system , which is especially useful for training and simulation in smaller chemical plants .

基于GEP的过程监测和化工过程安全运行智能辅助系统研究与开发

Research on GEP-based Process Monitoring and Intelligent Aided System for Chemical Process Safety Operation

一种化工过程优化的稀疏SQP算法

Sparse SQP algorithm for chemical process optimization

用于化工过程的SDG故障分析方法

Fault analysis using process signed directed graph model

化工过程SDG建模方法

SDG Modeling Approach for Chemical Engineering Process

基于主元分析（PCA）的统计检测方法已经被广泛应用于各种化工过程的故障检测和识别。

Numerous statistical process monitoring methods based on principal component analysis ( PCA ) have been developed and applied to various chemical processes for fault detection and identification .

振荡流混合器（OscillatoryFlowMixer，缩写为OFM）是一种新型的化工过程设备。

Oscillatory Flow Mixer ( OFM ) is a new type of devices in Chemical Engineering Process , which has a good performance in heat and mass transport .

针对苯酚氧化羰基化合成碳酸二苯酯（DPC）洁净化工过程用催化剂和工艺条件进行了较系统的研究。

The catalyst system and technics for oxidative carbonylation of phenol to diphenyl carbonate ( DPC ) has been studied .

针对一类间歇化工过程的热集成调度问题，提出了广义MILP数学模型。

A generalized MILP mathematical model is proposed for heat integrated batch process scheduling .

基于RNN的化工过程软测量模型研究

Research on Parameter Soft-sensing Model of a Chemical Engineering Process Based on Recurrent Neural Network

然而，目前化工过程数据各变量间的关系十分复杂，单一的SOM算法不能满足要求。

However , the relation of the variables of chemical process data nowadays becomes more and more complicated and the simple SOM algorithm cannot meet the requirements .

另外，离子液体用于化工过程还可以减少或消除化工生产过程中挥发性有机物（VOCs）的排放，是一种潜在的清洁溶剂，具有广泛的应用前景，值得我们去发掘。

Furthermore , as a potential green solvent , its application can reduce or even eliminate the emission of VOCs to the environment in a chemical process .

文章评述了C1化工过程生产燃料和化工产品的发展趋势，并对我国发展C1化工的战略提出了建议。

This paper reviewed the developing trend of producing fuels and chemical products through C_1 chemical processes , and raised some proposals on the strategies of developing C_1 chemistry in China .