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.利于同歩散发的激烈点光，钻研技巧专业人员能够 实施对自然能源和情况软件来样加工的发达食材的原位测试。同歩散发服务设施经过各种的点光线供应各种技巧，为钻研技巧专业人员供应超过各种时候和宽度绝对误差的的结构和生物洞见力。这类，原位粉末状原涂料Xxx射线衍射（PXRD）利于同歩散发的高力度度和辩认率，在短时间内钻研发达食材的规则。一同，Xxx射线汲取光谱分析（XAS）利于同歩散发的随意调节节能降耗量特征，揭露食材的氧分子距离离、键合价和氧化反应的状态等环节。此项精彩演讲将试论在同歩散发测试室实施的一款型发达食材案列钻研，凸显出这样技巧的管用性。

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讲学人简单介绍： 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.顾坚持不懈院士是新西兰关联电磁干扰工作室的顶尖科学有效家，类属新西兰核自动化进行（ANSTO），从而是墨尔本大学生药剂学与微生物碳原子工程建设系的暑假兼职高等级深入分析员。顾院士担任衍射/自然光束线的制作和医疗仪器制作。不仅，他的深入分析重中之重内容涵盖发热能源数据存储建筑的建材（有氢保存建筑的建材和锂电池）、建材-有机化学前端框架和沸石，相应在极为必要条件下的建筑的建材（直流电和中高温）。他与別人合著了不低于200篇朋友项目验收的期刊杂志文献资料，H指數为66，并领取了单项新西兰深入分析筹委会会（ARC）的资助金。