对感应加热器的电效率和热损耗功率进行了理论分析和计算；
Carry the analyse in theory and calculate on useful power and thermal waste of conduct heating machine;
电磁感应加热器采用有断点开合结构及无断点技术，操作简便，性能可靠。
Electromagnetic induction heaters adopt the stop point open-close structure and non-stop point technique.
本文主要研究电磁感应加热器加热注射机料筒时料筒温度分布的数值模拟。
This paper mainly does research for the numerical simulation of temperature distribution of barrel of injection molding machine in electromagnetic induction heating.
最后给出感应加热器总功率的计算模型，此模型适合计算机对温度进行控制。
Provide the calculation model of general power finally, this model is suit for computer control.
为了使薄板表面的温度均匀分布，应用正交试验法对感应加热器的结构进行了优化。
To achieve a completely uniform temperature distribution on the thin strip surface, orthogonal experiment is used for optimizing the heater structure.
加热器是经过方形保温层接受方形铜线圈的感应加热。
The heater receives the induction heating of a square copper coil by using a square heat insulation layer.
加热器是经过方形保温层接受方形铜线圈的感应加热。
The heater receives the induction heating of a square copper coil by using a square heat insulation layer.
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