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Design and development of a fully automated experimental setup for in situ temperature dependent magneto-dielectric measurements

机译:用于原位温度相关的磁电介质测量的全自动实验设置的设计与开发

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In this study, the design and development of a low cost and fully automated in situ temperature dependent magneto-dielectric experimental setup has been reported. The setup has been designed to measure the effect of magnetic field on the dielectric constant of the material as a function of frequency and temperature. Measurements can be carried out over a temperature range from 120K to 350K, frequency range from 20 Hz to 5 MHz, and maximum magnetic field up to 2.2 Tesla. To monitor the measurement online a computer controlled graphical user interface (GUI) has also been developed based on QT C + + creator, an open source platform. The magneto-dielectric effect has been demonstrated in GaFeO3, LaFe0.3Ga0.7O3, and YFeO3 samples. The developed magneto-dielectric measurement setup will provide a platform to understand the physics of magneto-dielectric and multiferroic materials under the influence of the magnetic field at different frequencies and temperatures.
机译:在本研究中,已经报道了低成本和完全自动化的原位温度相关的磁电介质实验设置的设计和开发。 该设置旨在根据频率和温度测量磁场对材料介电常数的影响。 测量可以在120k至350k的温度范围内进行,频率范围为20Hz至5MHz,最大磁场高达2.2特斯拉。 为了在线监控测量,还基于QT C ++创建者,一个开源平台开发了计算机控制的图形用户界面(GUI)。 磁介质效应已经在Gafeo3,Lafe0.3Ga0.7O3和YfeO3样品中进行了演示。 开发的磁介质测量设置将提供一个平台,以了解磁电介质和多体材料的物理学在不同频率和温度下的磁场的影响下。

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