Development of XRF-CT/Fluorescence Microscopy 3D correlative imaging to study zeolite structure

开发 XRF-CT/荧光显微镜 3D 相关成像来研究沸石结构

• 批准号: 2417429
• 金额: --
• 依托单位: University College London
• 依托单位国家: 英国
• 项目类别: Studentship
• 财政年份: 2021
• 资助国家: 英国
• 起止时间: 2021 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=studentship-2417429
• 关键词: Development; XRF; CT; Fluorescence; Microscopy

Correlative XRF-CT/ Fluorescence Microscopy 3D imaging is a new technique which has come froman existing JM sponsored iCASE PhD project ( )and the proposed project willbuild on this previous success and see it more widely applied in JM. Industrial application areas willbe manufacturing and R&D. This project will improve JM's knowledge of keymaterials used in environmental and chemical catalysis and help provide insights and optimise R&Dapproaches. The results will be relevant to customer projects and also R&D activities and assist withthe development of new products.The project will use a range of commercially relevant materials to develop this correlative approach toenhance imaging capabilities in JM. The core of the project will consist technique development toenable data collection and relevant measurements to be made. There will also be work needed onsample environments and data analysis. The student will gain a good understanding of the applicationof advanced laser techniques to study industrially relevant materials and also data analysis skillsalong with synthesis of zeolite based materials.

相关XRF-CT/荧光显微镜3D成像是一种新技术，它来自现有的JM赞助的ICase Phd Project（）和拟议的项目Will Build bunbuild bunbuild bunbuild bunbuild bunbuild ther the先前的成功，并在JM中更广泛地应用了它。工业应用领域将制造和研发。该项目将提高JM对环境和化学催化中使用的Keymaterials的了解，并有助于提供见解并优化R＆DappRaches。结果将与客户项目以及研发活动有关，并有助于开发新产品。该项目将使用一系列商业相关的材料来开发JM中的这种相关方法Toenhance Imaging功能。该项目的核心将组成技术开发可纳的数据收集和要进行的相关测量。样本环境和数据分析还需要工作。该学生将对高级激光技术的应用来研究与工业相关的材料的应用，并通过合成基于沸石的材料的材料进行数据分析。