烧结炉

本文对国内外粉末冶金机械零件烧结设备的现状进行了介绍，同时分析了当前烧结炉生产和使用中存在的问题。

In the paper has been introduced the present situation of PM mechanical parts sintering apparatus at home and abroad , and analyzed the problems existing in the current production and application for sintering furnace .

在控制算法上，本文根据超硬材料烧结炉属于大延迟、模型不确定性等系统特点，讨论了几种PID控制算法。

In control algorithm , some advanced PID control algorithms were discussed .

基于SIEMENSPLC的烧结炉温度控制系统设计

Design of TemperatureControl System of Sintering Furnace based on Siemens PLC

基于CAE分析的连续烧结炉温度场控制专家系统

Expert System of Continuous Sintering Furnace Temperature Field Control Based on CAE Analysis

同时，论文详细阐述了OPC技术在烧结炉温控系统中的应用。

Simultaneously , the thesis dissertates emphatically the application of OPC technology in sintering furnace temperature control system .

在此基础上，从传热微分方程入手，以计算流体力学软件FLUENT为辅助研究工具，建立了烧结炉内传热的三维非稳态数值仿真模型。

A 3-D unsteady numerical simulation model was established with differential equations by a comercial Computational Fluid Dynamics software FLUENT .

烧结炉中20g钢冷却管爆裂分析

The analysis for bursting of 20g steel for cooling pipe in sintering furnace

采用以MCS-51系列单片机为核心的微机对真空烧结炉进行温度控制。

The microcomputer based on the MCS-51 series single chip microcomputerachieves temperature control on the vacuum sintering furnace .

本文介绍了由两级计算机组成的低压真空烧结炉温度、压力控制系统及其采用的Fuzzy－PI双模态控制算法原理。

This Paper introduced the temperature pressure controlling system of low-pressure vacuum sintering-Furnace which is composed of two level computers and the theory of the adopted Fuzzy-PI two mode control algorithms .

本系统中的数字量由PLC控制，数字量主要控制真空系统、烧结炉和化学气相沉积炉中各通气管路中的开关量。

In the system the digital is controlled by PLC , digital is mainly used to control the switch data of pipeline in the vacuum system and metallurgical vessel and CVD vessel .

参数自调整Fuzzy-PI控制算法在低压真空烧结炉中的应用

Application of a Self-tuning Parameter Fuzzy-PI Control Algorithm in the Low-pressure Vacuum Sintering Furnaces

S7-300PLC和VB在生产硬质合金烧结炉中的应用

Application of S7-300 PLC and VB in Sintering Furnace for Producing Hard Alloy

新一代RVS系列高真空正压烧结炉的研究

Research on New Type of High Vacuum Sintering Pressurized Furnace , RVS Series

以平均粒度013μm的TiC07N03超细原料制备超细TiCN基金属陶瓷，当用普通真空烧结炉烧结时，合金中存在大量的孔隙，造成合金性能非常差。

Properties of superfine TiC 0.7 N 0.3 cermet prepared with superfine powder ( average grain size of 0.13 μ m ) and sintered by conventional vacuum furnace were very inferior due to the porosity .

本文针对某硬质合金厂的技术改造，设计了一套烧结炉的温度控制系统，本系统以SIEMENSPLC为基础，采用Fuzzy和PID混合控制的方式实现。

Concerning with the technology alteration of a sintering furnace factory , this paper design a temperature control system of sintering furnace , which is based on Siemens PLC and is realized by fuzzy and PID control .

采用微波高温烧结炉对Ni-Zn铁氧体软磁材料进行公斤级烧结工艺研究。

Kilograms of Ni-Zn ferrite magnetic materials has been successfully sintered in an industrial-use microwave-sintering furnace at very low energy consuming .

介绍了用VB实现PC机与仪表串行通讯的方法及氢气烧结炉温度远程监测软件系统的开发。

Introduce the methods of achieving the serial communication between PC and apparatus using VB , and the methods of R & D the software of the temperature monitors of hydrogen sinter furnaces in long-distance .

ZSD－50型高真空钽烧结炉的研制

The Development of Model ZSD 50 High Vacuum Ta Sintering Furnace

真空烧结炉漏气率对TiB2-Ni金属陶瓷性能的影响

Effect of the Leakage Rate of Vacuum Sintering Furnace on the of TiB_2 Ni Ceramet

本文侧重于整个监控系统的整体设计，特别是在解决烧结炉温度控制的难题上，设计了基于仿人智能控制的温度控制算法，并与PID进行仿真实验比较。

This article focuses on the entire monitoring system overall design , especially in the sintering furnace to solve the problem of temperature control , the design of humanoid intelligent control based on the temperature control algorithm and simulation to compare PID .

介绍了在低温烧结炉中，生产出适于制作钼电极的大规格（Φ80mm）烧结棒的基本工艺。

Big sintered bars (Φ 80mm ) for making molybdenum electrodes have been produced in a low-temperature sintering furnace .

重点介绍了仿人智能控制在烧结炉温度控制中的应用，设计出了具体的温度控制算法，并对控制算法在Matlab中进行了仿真，对仿真结果与PID仿真结果进行了对比分析。

Focuses on humanoid intelligent control in the sintering furnace temperature control application , the design of specific temperature control algorithm , control algorithm and carried out in the Matlab simulation , the simulation results with the PID of the simulation results are compared and analyzed .

对烧结炉中20g钢冷却管爆裂所进行的检验确认爆裂原因是冷却水量小及水质差引起堵塞，造成过热过烧。

The bursting of 20g steel for cooling pipe in sintering furnace was the result of pipe blocking , over-heating and over-burning caused by inferior water quality and inadequate water quantity .

基于S7-200PLC的小锯片连续烧结炉温度控制系统的设计

Design of temperature control system for small diameter saw blade sintering furnace based on S7-200 PLC

介绍了HIC封装管壳中玻璃绝缘子网带烧结炉的特殊机械结构、氮氢保护气氛系统和电气保护措施。

The paper introduce a special mechanism construction , N 2 - H 2 protective atmosphere system and electrical protection measure of mesh belt sintering furnace for glass insulator firing in HIC packing case .

HSF-1800℃氢气烧结炉的研制

Developing of HSF-1800 ℃ H_2 sintering furnace

通过改变坯片在烧结炉中的位置和摆片方式，得到一种有效的烧结模式，以保证PTCR材料的性能参数，提高产量和合格率。

Through changing the position and pattern of disks in the sintering furnace , a effective sintering mode was obtained , guaranteeing the property parameters and improving the output and percentage of passing of the finished products .

介绍了RST-120推杆式烧结炉的技术性能、组成、动作程序与控制。

The technological performance , assembly , action procedure and control of RST-120 Pusher-type sintering furnace have been introduced in this paper .

自力型CuW/CrCu整体弧触头的立式熔接工艺是指在立式气氛可控烧结炉内对CuW触头部分与尾部CrCu熔结的过程，是制造整体触头的关键技术。

The vertical bonding process by malting in the key process for manufacturing solid contacts . The contact of CuW was bonded with the tail of CrCu by malting in a vertical atmosphere-controllable sintering furnace .

在参与自贡硬质合金有限责任公司研制的DY-500型低压真空烧结炉自动控制系统设计和调试的基础上，本论文对实践工作进行了总结与提高。

At the base of participating in the system design and debug of the DY-500 HIP-Sinter Low-pressure and vacuum sinter stove which is investigated by the ZiGong horniness-alloy Ltd.