金属热电测试中热电极热场及受控样品的建模

A. Soldatov, A. Soldatov, M. Kostina, O. Kozhemyak, H. Kroning
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引用次数: 0

摘要

本文介绍了在测量金属和合金热电性能时,热电极温度和被控样品温度的模拟结果。本文给出了热电极与被控样品之间平面接触和点接触时接触区内的温度动态。给出了温度动力学对热电动势的影响。对铜和铝两种热电极进行了仿真。对照样品由ST3钢(A57036类似物)制成。
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Modelling of the thermal field of hot electrode and the controlled sample at thermoelectric testing of metals
The article presents the results of simulation of the temperatures of hot electrode and controlled sample during measuring the thermoelectric performance of metals and alloys. The temperature dynamics in the contact zone with the planar and point contacts between the hot electrode and the controlled sample is presented in the paper. The influence of the temperature dynamics on thermo electromotive force is shown. Simulation was carried out for two hot electrodes made of copper and aluminum. Controlled sample was made of steel ST3 (analogue of A57036).
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