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新材院二十周年院庆系列学术报告之十四

来源:明辨楼E911     报告人:Dr. Rustem Zairov    审核:杨兆中    编辑:姜博     发布日期:2023年08月16日    浏览量:[]


报告题目: Luminescent thermo- and chemosensing using Ln(III) chelates nanoparticles

报  告 人: Dr. Rustem Zairov, Associate Professor, Department of Physical Chemistry, Kazan Federal University

报告时间:8月17日(星期四),10:00-12:00

报告地点:明辨楼E911

报告人简介: 

Dr. R. Zairov received his undergraduate training at the KFU Laboratory of inorganic supramolecular systems, Russia working on the study, modification and structural characterization of Ln(III) complexes with water-soluble calixarenes in ultraheterogeneous systems. He was awarded his doctoral degree in 2009 by defending a thesis on Ln(III) mixed ligand complexes formation and their cloud-point extraction, which is prospective topic from the point of view of rare-earth metals recovery from nuclear waste water. Dr. R. Zairov was involved in several research and industrial scientific projects in the field of materials science in which his competence in coordination chemistry, chemistry of materials, materials science, and nanotechnology was applied to interdisciplinary problems. He is a Chemist working on the development of new multifunctional colloidal systems for advanced applications in Biochemistry, Biology and Medicine. His main research interests rely with the fundamental understanding of the processes taking place during the synthesis of new rare-earth based and carbon (carbon nanotracers for intelligent oil fields) colloidal systems and their applications derived from magnetic and optical properties. Recently, his scope enlarged to a topic of biocompatible polymers and functional materials for sustainable release as well as energy related direction. The head of the newly opened industry lab in KFU.

报告内容摘要:

The talk will be dedicated to the recent progress in design of Ln-based chelate complexes and hydrophilic nanoparticles, originating bright luminescence in visible and NIR range of electromagnetic spectrum. The application of the nanoparticles for luminescent remote thermo- and chemosensing towards several analytes will be raised as well.

主办单位:新能源与材料学院

油气藏地质及开发工程全国重点实验室

四川省玄武岩纤维复合材料开发及应用工程技术研究中心

四川省页岩气高效开采先进材料制备技术工程研究中心

能量转换与储存先进材料四川省国际科技合作基地

太阳能燃料与绿电利用重点实验室

成都市科技青年联合会材料能源专委会

科学技术发展研究院

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