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澳大利亚同步辐射实验室首席科学家顾勤奋博士学术讲座

2023.12.22 浏览量:

Investigation into Advanced Materials Using Synchrotron Techniques

主讲人 : Dr. Qinfen Gu

Utilizing the intense beam of Synchrotron radiation, researchers can conduct in-situ experiment of advanced materials tailored for energy and environmental applications. Synchrotron facilities offer a diverse range of techniques through various beamlines, providing structural and chemical insights across varying time and length scales. For instance, in-situ powder X-ray diffraction (PXRD) leverages the high intensity and resolution of synchrotron radiation to swiftly investigate the mechanisms of the advanced materials. Simultaneously, X-ray absorption spectroscopy (XAS) utilizes the adaptable energy properties of synchrotron radiation to reveal details about interatomic distances, bonding valences, and oxidation states of materials. This presentation will explore a series of case studies involving advanced materials conducted at the synchrotrons, highlighting the effectiveness of these methodologies.再生根据时参与福射的极强光柱,科学学习相关人员管理应该参与专门针对自然能源和氛围技术应用应用全屋定制的高级板材的原位试验。时参与福射公用设施实现不一样的的光柱线可以提高种技术应用,为科学学习相关人员管理可以提高超越不一样的日子和尺寸尺幅的成分和化学式洞悉力。诸如,原位粉末状原物料X光谱仪线衍射(PXRD)再生根据时参与福射的高韧性度和判断率,在短时间科学学习高级板材的规则。时,X光谱仪线吸收的作用光谱仪(XAS)再生根据时参与福射的可变节能技术量属性,论述板材的共价键间隙离、键合价和空气氧化方式等过程。本届演讲题目将理论研究在时参与福射试验室参与的一系例高级板材真实案例科学学习,凸显出这个步骤的有效性。



讲学人简洁: Dr. Qinfen Gu is a principal beamline scientist at Australian Synchrotron, ANSTO, and an adjunct senior researcher fellow in Department of Chemical and Biomolecular Engineering, University of Melbourne. Dr. Gu oversees diffraction/scattering beamline development and instrument design. In addition, he focuses his research in the areas of energy storage material (including hydrogen storage materials and batteries),  l-organic  works and zeolites, material under extreme conditions (high pressure & high temperature). He has co-authored more than 200 referred journal publications with H-index = 66 and has received several Australian research council (ARC) grants.顾刻苦探索生是英国一起电磁辐射工作室的顶尖科学课家,归于英国核信息技术团队(ANSTO),并是墨尔本大学时耐腐蚀与生物建设项目团伙建设项目系的小时工高级工程师探索员。顾探索生全权负责衍射/漫射光束线的开发技术和设备设计构思。不但,他的探索侧重点包扩绿色能源数据存储产品(属于氢儲存产品和干电池)、五金-有机质前端框架和沸石,及及在极其环境下的产品(高压电和高温天气)。他与自已合著了多于200篇携手同行评审员的刊物小作文,H指标值为66,并拿到了各项英国探索筹委会会(ARC)的资助金。


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