根据电热基本原理和传热学理论推导出了直接电热电阻炉在恒压加热制度下，电热参数的计算方法。
Based on electrothermal principle and heat transfer theory, calculation formulas of electro heat parameters for direct resistance heating appliance are deduced in this paper.
该文以HSPICE电路模拟程序为电路模拟的基础，以改进的热点温度估算方法为热学模拟的基础，采用解耦法实现了集成电路的电热耦合时序模拟软件。
The HSPICE circuit simulator and an improved hot spot thermal analysis method were used in a new fast electro thermal relaxation method to study the self heating effects.
本文根据电热原理和传热学理论推导出了电接触加热时间的计算公式，并通过实验进行了验证。
Based on electrothermal principle and heat transfer theory, a calculation formula of direct electro heating time was deduced in the paper. An experiment was carried out to testify the formula.
本文根据电热原理和传热学理论推导出了电接触加热时间的计算公式，并通过实验进行了验证。
Based on electrothermal principle and heat transfer theory, a calculation formula of direct electro heating time was deduced in the paper. An experiment was carried out to testify the formula.
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