玻璃窑炉
- 网络glass furnace
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低NOx燃烧器技术减少玻璃窑炉中NOx排放
Reduction of NO_x from Glass Furnace by Low-NO_x Burner
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玻璃窑炉温度系统的神经网络PID控制
Neural Network PID Control of Temperature System of Glass Furnace
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Fuzzy控制在玻璃窑炉微机系统中的应用
The Application of Fuzzy Control in Microcomputer System of Glass Kiln
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一种非线性PID控制算法及其在玻璃窑炉液位控制上的应用
A kind of nonlinear PID control algorithm and its application to the liquid level control of a glass furnace
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基于GENIE的玻璃窑炉恒温控制系统的设计
Design of Thermostatical Control System for Glass Furnace Based on GENIE
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大型CPT玻璃窑炉计算机控制系统
Computer Control System of a Big CPT Glass Furnace
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本文介绍以STD工控机为控制核心,采用模糊控制原理,对大型玻璃窑炉进行过程监控和管理的方法,并对模糊控制器在适应大滞后对象方面作了改进。
Base on the fuzzy control theory , the paper introduces a method used to control and manage glass furnaces , and proposes a fuzzy control unit better adapting to large time delay process .
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以玻璃窑炉的温度系统作为控制对象,采用具有自学习能力的BP神经网络与传统PID相结合的智能控制算法对其实施控制,并利用Matlab软件进行仿真。
This thesis takes temperature system of glass furnace as research object , makes use of the intelligent control combining BP neural network with study ability and traditional PID control to implement its function , and uses the Matlab software to imitate reality .
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本文在常规PID控制器的基础上,利用模糊神经网络对过程进行辨识,开采用BP神经网络调整PID控制器的三个参数,构成了神经网络自适应PID控制器,实现玻璃窑炉熔化池温度的优化控制。
Based on traditional PID controller , by using fuzzy neural network to identify the process and BP neural network to tuning the parameters of PID , a neural network adaptive PID controller is constructed and optimal control of glass-furnace melting pond temperature is achieved .
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大型玻璃窑炉集散控制系统设计与应用研究
Design and Application Research on DCS Used for Large Glass Furnace
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玻璃窑炉设计计算软件的开发
Development of the Software for the Design of Glass Tank Furnace
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蓄热式马蹄焰玻璃窑炉计算机自动控制系统
Regeneration Type Horse-shoe Flame Glass Kiln Stove Computer Automatic Control System
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马蹄焰玻璃窑炉燃烧系统的优化设计与调试
Optimum Design and Commissioning of Burning System of End Port Glass Tank
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关于玻璃窑炉排烟、助燃风系统设计的思考
Discussion on design of exhaust and combustion-supporting air system of glass furnace
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玻璃窑炉保温层厚度的计算
Calculation of Thickness of Insulating Layers of Glass Tank Furnace
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全氧燃烧与空气助燃玻璃窑炉燃烧空间比较
Comparison of Oxy-fuel Firing and Air combustion In glass furnace combustion space
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我公司玻璃窑炉烟气余热回收利用及探讨
Discussion on Recovery of Waste Heat From Flue Gas of Glass Furnace
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改进马蹄焰玻璃窑炉加料口设计的体会
Modification of Design of Dog House in End Port Glass Tank Furnace
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玻璃窑炉内液流和传热过程的研究方法
Study Method on Glass Flow and Heat Transfer in Glass Tank Furnace
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板状钼电极加热玻璃窑炉供料道
Plate Molybdenum Electrode in The Electric Heating Forehearth of Glass Melting Furnace
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玻璃窑炉微机控制系统的软件可靠性设计
The Reliability Design for the Software of Microcomputer-Based Glass Kiln Control System
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玻璃窑炉微机控制系统
A Glass Furnace Real Time Control System Using a Micro-Computer
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玻璃窑炉数字调节系统中采样频率的选择
Selection of Sampling Frequency of Digital Regulation System for Glass Tank Furnaces
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燃煤气玻璃窑炉助燃空气增湿的处理
The Treatment of Combustion-Supporting Air Wetted in Gas-Fired Kiln
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模糊控制器在玻璃窑炉液面自动控制中的应用
Fuzzy controler applied in level control of glass furnace
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玻璃窑炉过程控制系统设计及实现
The design and realization of a process control system for a glass furnace
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基于模糊控制的大型玻璃窑炉换向扰动抑制研究
Study of Burny-Changing Disturbance Suppression Based on Fuzzy Control for Large Glass Furnace
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将智能控制技术和参数辨识技术相结合用于玻璃窑炉的温度控制。
Combine intelligent control technology with parameter identification technology to control glass furnace temperature .
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玻璃窑炉尾气余热的充分利用
Full Utilization of Exhaust Heat from Glass Furnace
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论玻璃窑炉的保温
Study on the Warm Keeping of Glass Kiln