Versatile Physical Property Measurement System for South-East Queensland

包括功能纳米材料、超导体和热电材料在内的先进材料在微纳尺度上表现出令人兴奋的行为，这些行为有可能通过从能源生产到交通运输和健康的一系列应用来彻底改变工业和社会。要实现这一技术革命，需要快速准确地测量温度、压力和磁场的极端情况下新材料的物理性质。该项目将提供一种最先进的物理特性测量系统，能够自动、精确地测量昆士兰研究人员目前无法获得的超低温、强磁场和高压下的电子/声子传输特性。

Advanced materials including functional nanomaterials, superconductors and thermoelectrics exhibit exciting behaviours at micro/nano scale that have the potential to revolutionise industry and society through applications ranging from energy generation to transportation and health. Realising this technology-revolution requires rapid and accurate measurements of physical properties of novel materials across the extremes of temperature, pressure, magnetic fields. This project will deliver a state-of-the-art Physical Property Measurement System capable of automated, precision measurement of electron/phonon transport properties across super-low-temperature, high-magnetic field and high-pressures currently unavailable to Queensland researchers.