1) firing by induction
感应加热烧成
2) induction firing
感应烧成
3) induction heating
感应加热
1.
Process and technical characteristic of induction heating high-strength packing band line;
感应加热高强度包装钢带生产线及工艺技术特点
2.
Finite element simulation of pipe bending process of pure titanium using local induction heating;
中频感应加热纯钛弯管成形过程中的有限元模拟
3.
Study on mechanism of thermal damage on PCD compacts induced by induction heating;
感应加热聚晶金刚石热损伤机理的研究
4) inductive heating
感应加热
1.
The mathematical model and the formulations of the finite element method for the inductive heatingof tubes is presented.
研究管道感应加热的数学模型,推导有限元分析计算公式,编制轴对称零件感应加热过程的计算机仿真软件,并对一典型厚壁管道的感应加热过程进行了数值仿真,给出了温度场的仿真结果。
2.
The research on the process of tunnel--type inductive heating tundish is carried out in view of different tundish type with the use of mathematical model.
采用数学模型方法,在不同包型条件下,对隧道感应加热中间包钢水加热过程进行了研究,探讨其有利于减少热损和温度调控的包型结构。
3.
An Introduction to the circuit structure of a multi-functional CAN node as well as the application in inductive heatin
介绍一种多功能CAN节点的电路结构及在工业中频感应加热设备控制现场总线中的应用。
5) induction heat
感应加热
1.
It is shown by combining the non-linear fitting and dynamic studying of grain growth that the evolution of primary α-Al grain in the A356 aluminum alloy during induction heating accords with the law of Oswald, Rn- R0n = kt, where 2.
应用图象分析法系统研究了非枝晶A356铝合金感应加热时的组织演变规律,结合非线性拟合和晶粒长大动力学等研究,结果表明:A356铝合金初生α-Al晶粒在不同感应加热温度下的长大规律均符合奥斯瓦尔德熟化关系式Rn-R0n=kt,在540℃-600℃的保温温度范围内,n值在2-3之间,k值在0。
6) induction-heating
感应加热
1.
A novel principle of multiple-frequency technique to achieve high frequency operation for induction-heating power supply is presented in the paper.
提出一种使用自关断器件IGBT作为功率开关,利用倍频技术实现感应加热电源高频化的控制方法,分析比较了不同频率比值条件下的电路工作状态,通过改变内外槽路频率差的大小来实现功率的调节和负载阻抗的匹配,得出了电路最适合工作在断续模式的结论。
2.
The basic theory and characteristics of IGBT induction-heating power supply are introduced.
I:GBT感应加热电源以其优异的性能,已在许多工业领域得到应用。
3.
The author gives a discussion on the stable equilibrium condition of the electromagnetic levitation and induction-heating system based on the principles of mechanics and electromagnetics,and points out that the practical application of this technique is substantially determined by the manufacture of aluminium plate.
从力学、电磁学的基本理论出发,对磁悬浮空中感应加热系统的自然平衡条件进行分析讨论,指出采用凹形圆弧铝盘是这一技术被实际应用的关
补充资料:感应电加热
分子式:
分子量:
CAS号:
性质:利用电磁感应发热进行加热物体的操作。在线圈内放置被加热物体,当交流电通过线圈时,在其周围产生交变磁场。在被加热物体内由交变磁场感应产生感应电流,而放出热量,可以均匀加热整个物体。
分子量:
CAS号:
性质:利用电磁感应发热进行加热物体的操作。在线圈内放置被加热物体,当交流电通过线圈时,在其周围产生交变磁场。在被加热物体内由交变磁场感应产生感应电流,而放出热量,可以均匀加热整个物体。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条