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gaolumeiqiyucetxt
- 高炉煤气预测 高炉煤气预测 -Blast furnace gas forecastBlast furnace gas forecastBlast furnace gas forecastBlast furnace gas forecast
ghl
- 钢化炉生产线监控系统，用于钢化炉电气控制、系统设置，状态监控等。-Furnace steel production line monitoring system for steel furnace electrical control, system settings, status monitoring.
ghlkwxt
- 国内钢化炉控温方式介绍，钢化炉采用多点控温，而且分多个温区，这个文档介绍了钢化炉控温细节！-Domestic steel furnace temperature control mode introduced furnace steel multi-point temperature control, but also in several temperature zones, this document describes the steel furnace temperature contr
p1
- 这是钢化炉结构方面的图纸，有兴趣的朋友可以下载看看！-This is a steel furnace structure drawings, interested friends can download to see!
ghlgysc
- 钢化炉的工艺手册文件，钢化炉常因为各种问题，造成品质有问题！-Steel furnace process manual file, tempering furnace often because of various problems, causing quality problem!
process-control-system
- 大型煤气炉的控制系统，稳定工作点在450度，无差控制，利用MATLAB中的simulink模块实现建模和模拟控制。-Large gas furnace control system, stable operating point at 450 degrees, no difference in control, using MATLAB simulink in the modeling and simulation of the control module.
Electric_Arc_Furnace
- this is model of electric arc furnace
zhinengkongzhi
- 热处理电阻炉温度的模糊控制.本文采用模糊控制策略研究了电阻炉炉温的控制，仿真表明该系统比传统的炉温控制精度高、速度快。 -Heat treatment resistance furnace temperature fuzzy control. This paper adopts the fuzzy control strategy study of resistance furnace temperature control, the simulation results show the
jiale
- 加热炉的PID算法控制温度，经常用于温度控制方面的算法，此项目为FPGA控制温控经常用的算法，决对可行。-PID algorithm to control the temperature of the furnace, is often used for temperature control algorithms, this project FPGA control thermostat frequently used algorithms, never to be feasible.
3
- 设计一个模糊控制系统控制一个加热炉的炉温，控制的目标是200℃，温度控制误差的范围是（-100℃，+100℃），误差的变化律是（-50℃/T，+50℃/T），T=10s，为控制周期。-A fuzzy control system design of a furnace furnace temperature control is the goal of 200 ℃, the range of temperature control error is (-100 ℃,+100 ℃), change
80C51_UC_PID
- 80C51单片机的一个简单PID控制程序，用的是位置式，配合DS18B20数字式温度传感器，达到的效果是控制加热炉温度保持在恒定值，精度为正负1度。-80 c51 a simple PID control program, use the position type, cooperate with DS18B20 digital temperature sensor, the effect of control furnace temperature kept at a constant val
chap4
- .已知某炉温控制系统，要求温度保持在600℃恒定，针对该控制系统有以下控制经验： （1）若炉温低于600℃，则升压，低的越多升压越高； （2）若炉温高于600℃，则降压，高得越多降压越低； （3）若炉温等于600℃，则保持电压不变。 设模糊控制器为一维控制器，输入语言变量为误差，输出为控制电压。输入输出变量的量化等级为7级，取5个模糊集，试设计隶属度函数误差变化划分表，控制电压变化划分表和模糊控制规则表。 -Known for a temperature control sy
80C51_UC_PID
- 80C51单片机的一个简单PID控制程序，用的是位置式和增量式，配合DS18B20数字式温度传感器，达到的效果是控制加热炉温度保持在恒定值，精度为正负1度。-A simple PID control program 80C51 microcontroller, using the location and increment, with DS18B20 digital temperature sensor, the effect of heating furnace temperature co
over
- tb开拓者5分钟商品期货日内短线 红炉点雪正式宣传-TB pioneer 5 minutes of commodity futures on the day Red furnace point of the official propaganda
dhl
- 利用matlab搭建的电弧炉模型，能够准确描述电弧炉的伏安特性曲线，对于分析电弧炉的用电特性有重要意义。-Using MATLAB to build the model of electric arc furnace, can accurately describe the electric arc furnace characteristic curve, for the analysis of the electric characteristics of electric arc furn
cdptool_1_0_4
- 混合系统的最优控制，两个例程，车自动换挡，炉温加热-Optimal control of hybrid systems, two routines, automatic transmission vehicles, furnace heating
Furnance
- C#实现TDMA法求解加热炉双层炉墙传热问题。程序界面实现了控件绑定数据以及创建新线程显示计算过程。-C# implementation TDMA method for solving double furnace wall furnace heat transfer problems. Program interface to achieve the control is bound to create a new thread to display data and calculations
TG
- S7-300做的脉冲点火加热炉程序，使用了FB58，温度控制范围2°内.供给大家学习参考，也欢迎用过的朋友上载上来交流学习-Do S7-300 pulse ignition furnace, the use of the FB58, temperature control within the range of 2 °
2015_10_01_Jiaxing5
- 轧钢加热炉程序1,内含FB58，FB41，温度压力补偿等内容，供大家参考-Reheating Furnace Program 1
JuanQuLu_2015_10_01
- 轧钢卷曲炉控制程序,S7-400做的。当中有不少知识点，供大家学习。因为实在没找到PLC分类的，因此放到这里，多多包涵-Reheating Furnace Program 2