thermal induction

On the basis of analyzing the thermal model of induction motors, an online discrete algorithm for calculating heat inside of motor is proposed.

在分析电动机热模型的基础上，推导出了电机温度的在线离散算法。

According to Maxwell ′ s equations and heat-conduction differential equation, a mathematical modal was developed to describe the distribution of electromagnetic field, inductive eddy current and thermal field in the axisymmetric workpieces for induction heating.

从麦克斯韦方程组和导热微分方程出发，导出了轴对称感应加热工件的电磁场、感生涡流和温度场分布的基本方程；

Study on inverse-time protection method based on thermal model of induction motor

基于电动机热模型的微机反时限保护方法研究

A numerical method for computing the critical temperature ( T b) of thermal explosion of energetic materials from a set of data of thermal explosion temperature ( T I) and determined explosion induction ( t I) is presented.

提出了由一组热爆炸温度和实测爆炸延滞期数据计算含能材料热爆炸临界温度（Tb）的一种数值方法。

Numerical calculation and analysis of stator thermal field in an induction machine

感应电机定子温度场的数值计算

The results suggested that thermal induction was an easy and efficient method to induce antifungal peptides in housefly.

结果提示热诱导家蝇幼虫产生抗真菌肽是一种方便、有效的诱导方式。

Therefore, it was an effective analysis method for trace volatile organic compounds in samples with the proposed method which extraction with Fe/ SiO2/ PDMS particles and then thermal desorption with electromagnetic induction heating, subsequently detection with related combined technology.

因此对于样品中痕量易挥发的有机物，使用Fe/SiO2/PDMS颗粒进行富集，并利用电磁感应加热进行热解吸，随后与相关分析技术联用进行分析检测将是一种行之有效的分析方法。

Numerical Simulation of Electromagnetic and Thermal Fields in the Mains Frequency Induction Furnace for Melting Zinc

熔锌工频有芯感应炉电磁场和温度场的数值仿真研究

The proposed method could be a secondary protection of thermal protection of induction motor.

所提出的定子温度监测方法可以作为电机过热保护的一种辅助措施.

The achieved results show that the thermal induction stress should be considered.

研究结果表明：热诱导应力必须加以考虑；

Based on the thermal effects, induction current can heat the surface of the work piece, make the surface heat fast and then refrigerate quickly. This modern industrial quenching technology is called induction heating surface hardening.

感应加热表面淬火是利用感应电流通过工件产生热效应，使工件表面局部加热继之快速冷却的现代工业淬火技术。