高频加热

提出一种模糊控制与PID控制相结合的优化算法，实现了对高频加热设备温度系统的良好控制。

An optimized algorithm combining the fuzzy control with the PID control has been put forward , realizing a good control of the temperature system in the high frequency heating equipment .

将其与常规PID算法的控制效果进行了仿真比较，结果表明模糊PID的优化算法具有更好的控制品质，可满足高频加热设备的温度控制要求。

A simulation comparison between the said algorithm and the PID algorithm has been made , results show that the optimized algorithm of a fuzzy PID has more excellent control quality , satisfying the requirements of temperature control for the high frequency heating equipment .

大直径FZ硅单晶的拉制最大困难在于高频加热设备能力和成晶工艺条件。

The most difficulty in growing FZ-Si crystal lies on the capacity of high frequency generator and technological conditions in growing crystal .

超蒸发冷却电子管及其在高频加热领域的应用

Over-evaporating Cooling Electric Tube and Its Application in High-frequency Heat Field

采用高频加热可一次完成制品的压制定型。

Using high-frequency heating products can be completed once the repression stereotypes .

木包装材料高频加热检疫处理技术研究

Research on High Frequency Heating Quarantine Treatment Technology for Wood Packaging Materials

晶体管式高频加热电源装置

A power equipment of transistor type for high frequency heating

高频加热应用于木材弯曲胶合的研究

A study of technology of the veneers laminated bends with RF heating

具有零电压开关的半导体高频加热电源

The Semiconductor High-frequency Heating Power Source with Zero-voltage Switching

高频加热设备温度模糊控制的优化设计及仿真

Optimized design of temperature fuzzy control in high frequency heating equipment and simulation thereof

低功率高频加热应用分析

Analysis on Application of Low-power High Frequency Heating

高频加热设备的负载调整

Load Regulation of High - frequency Heating Equipment

焊后固溶热处理法和高频加热残余应力改善法.这样即可基本上解决管道晶间应力腐蚀问题。

The problem of intercrystalline stress corrosion of the piping can then be eliminated substantially .

高频加热磁镜装置等离子体离子能量分布的测量

Measurement of energy distribution of the ions within plasma in high frequency heating mirror device

通过数值模拟获得了高频加热-轧制复合过程中的动态温度场。

Finite element simulation of temperature field during rolling process of low-alloyed wide and thin plate ;

高频加热&热导法测定钢铁、铜、铌、钽、钛中的氢

Determination of Hydrogen in Steel , Copper , Niobium , Tantalum and Titanium by High Frequency Induction-Thermal Conductivity Method

该工艺方法较之以往的高频加热法和管材导电加热等工艺方法，具有焊速快、生产率高、成本低等优点。

Compared to HF heating and other methods , it is with high welding speed , high production , low cost .

采用纯化学物质对高频加热-红外检测碳硫仪校准，对钛合金中的碳量进行测定。

The carbon-sulfur analyzer was corrected by mens of the pure chemical substance and was used to determine carbon content in titanium alloys .

对高频加热压制的胶合弯曲件的曲率半径变化进行了测试研究。

An investigation has been made of the , movement in curvature radius of laminated bends by means of a radio-frequency heating process .

飞锤V形槽高频感应加热表面淬火工艺参数的设计

Techniques Parameter Design of High-frequency Induction Surface Quenching of V-trough of Hammer

高频感应加热法制备Zn超细颗粒及分析

Preparation of Zn Ultrafine Particles by Induction Heating Method

倍频式IGBT高频感应加热电源的研究

Study on Multiple-Frequency IGBT High Frequency Power Supply for Induction Heating

高频感应加热电源功率器件MOSFET驱动电路

Design of Power MOSFET Driver Circuit for High Frequency Induction Heating Supply

分时控制MOSFET固态高频感应加热电源研究

Study for solid-state high-frequency induction heating power source of time-sharing control MOSFET

基于IGBT分时&功率合成高频感应加热电源的研究

Research on Induction Heating Power Supply of Time-sharing and Power-synthesis Based on IGBT

基于LLC谐振负载的高频感应加热电源

High Frequency Induction Heating Application based on LLC Resonant Inverters

20OkHz、75kWSIT高频感应加热电源的研制

The Development of 200 kHz , 75 kW SIT Inverter for Induction Heating

该文针对高频感应加热电源迅速发展的现状，通过对LC谐振回路特点进行简要分析，并结合电源结构特点进行讨论高频电源的特点及出现的问题。

For the rapidly improvement of high frequency induction heating power , the problems are discussed through analyzing characteristics of LC resonant topology briefly .

高频感应加热法制备YNi2B2C超导体铝膜紫外反射镜的高频等离子体阳极氧化技术

PREPARATION OF YNi_2B_2C SUPERCONDUCTOR BY HIGH-FREQUENCY INDUCTION MELTING Anodized Technique of Al Film Ultraviolet Reflector in High-frequency Oxygen Plasma

高频感应加热消除了常规热丝TIG焊旁路电流磁场引起的电弧偏吹现象。

In addition , this technique avoid magnetic blow aroused by loop current which is a main demerit of the ordinary hot wire TIG welding .