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Thermoelectric Homogeneity and Stability of Platinum-Rhodium Alloyed Thermoelements of Different Compositions

机译:不同组成的铂 - 铑合金热元素热电均匀性和稳定性

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This paper discusses the different oxidation behavior of platinum and rhodium and their alloys usable as thermocouple materials. A specially prepared thermocouple containing thermoelements of different platinum-rhodium alloys (Pt-5%Rh, Pt-6%Rh, Pt-13%Rh, Pt-17%Rh and Pt-20%Rh) and a Pt-67 thermoelement was investigated. It was annealed at different temperatures in air. The thermoelectric homogeneity and stability of the thermocouple was tested by measurements of immersion profiles at 400 °C in a salt bath. The alloys of Pt-17%Rh and Pt-20%Rh were found to be the most suitable compositions with regard to thermoelectric homogeneity and stability.
机译:本文讨论了铂和铑的不同氧化行为及其可用作热电偶材料的合金。特别制备的热电偶含有不同铂 - 铑合金的热元素(Pt-5%RH,Pt-6%RH,Pt-13%RH,Pt-17%RH和PT-20%RH)和PT-67热电区调查。它在空气中的不同温度下退火。通过在400℃下在盐浴中测量浸渍型材的测量来测试热电偶的热电均匀性和稳定性。发现Pt-17%RH和PT-20%RH的合金是关于热电均匀性和稳定性的最合适的组合物。

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