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Measuring methods applicable to Thermoelectric Materials: Fraunhofer-IPM capabilities and services

机译:用于热电材料的测量方法:Fraunhofer-IPM功能和服务

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Over the past decade Fraunhofer-IPM implemented various measurement techniques applicable to thin films and bulk materials. Fraunhofer-IPM is now developing customer-oriented measurement systems especially adapted for thermoelectric materials. They are combining accuracy, rapidity, little efforts for sample mounting, and are fully automated as far as the data acquisition is concerned. The following measurement techniques and their implementation at IPM will be presented: an integrated (acquisition and data interpretation) 3 co-system for the measurement of the thermal conductivity and heat capacity, two push-button measuring-stations for the measurement of the electrical conductivity and the Seebeck coefficient at room temperature, and a new fully automated station for the measurement of the Seebeck coefficient at high temperatures. For the last mentioned measurement method, which will be discussed in detail, pressure contacts are used for contacting the thermocouples to the sample and the sample to the heat sink, making the measurement of both thin films and bulk materials possible, with a great flexibility on their geometrical dimensions. Finally, the validation of all methods is discussed in terms of suitability and availability of test-samples.
机译:在过去的十年中,Fraunhofer-IPM实施了适用于薄膜和散装材料的各种测量技术。 Fraunhofer-IPM现在正在开发面向客户的测量系统,特别适用于热电材料。它们是结合准确性,快速性,对样品安装的努力很少,并且就数据采集而言,全自动完全自动化。下列测量技术及其在IPM的实施方式:用于测量导热率和热容量的集成(采集和数据解释)3合作系统,用于测量导电性的两个按钮测量站和室温下的塞贝克系数,以及用于测量高温下塞贝克系数的新型全自动站。对于最后提到的测量方法,将详细讨论这一点,压力触点用于使热电偶与样品和样品接触到散热器,使得两种薄膜和散装材料的测量,具有很大的灵活性他们的几何维度。最后,在测试样品的适用性和可用性方面讨论了所有方法的验证。

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