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海洋科学与工程学院邀请外教开展系列讲座:Optical Properties of Materials
发布时间:2015-03-20 08:55:05   点击率:502

讲座题目:Optical Properties of Materials

主讲人:Kjeld Pedersen (丹麦奥尔堡大学 教授)

讲座时间:2015323-27日,18:00-20:25

讲座地点:海洋楼109报告厅

讲座内容:

     The course covers the optical physics of solid state materials. In the first part it treats basic optical properties of materials, including optical propagation, reflectivity, the treatment of absorption and luminescence for different materials. The phenomena are illustrated by discussing the optical properties of insulators, semiconductors, and metals, including nanostructures designed to give specific optical functionalities. Theories and models are introduced to describe the optical properties of materials. A short introduction to nonlinear properties is given. The course focuses on applications of optical materials for solar cells, light emitting system, and optical sensors. 

日期

教学安排(即上课内容)

上课时间及学时数

地点

2015/3/23

固体光学基本知识及实验手段

18:00-20:25 3学时

海洋楼109

2015/3/24

固体光学材料的应用

18:00-20:25 3学时

海洋楼109

2015/3/25

固体光学材料的最新进展

18:00-20:25 3学时

海洋楼109

2015/3/26

固体光学材料表面中的二次谐波效应

18:00-20:25 3学时

海洋楼109

2015/3/27

固体光学材料表面中的二次谐波效应

18:00-20:25 3学时

海洋楼109

 

 

 

 

主讲人简介:

Teaching and supervision:25 years of experience teaching engineers and physicists at university level including specialized PhD courses. Responsible for development of complete study plans in Materials Physics and in Nanotechnology.Responsible supervisor for 8 Ph.D. students, 40 M. Sc. Students, Censor for several Masters theses, DTU,Copenhagen Uni., SDU, Aarhus University, Censor for PhD theses in Denmark and abroad.

         Competences and research interests:Thin film growth techniques. Electronic and optical properties of thin metallic and dielectric films grown onsemiconductor surfaces. Quantum well effects in photoemission and optical second-harmonic generation.Photoemission spectroscopy on thin film systems. Applications of nonlinear optical methods, including
microscopy, to studies of surfaces and interfaces in inhomogeneous materials and various nanostructures.Semiconductor technology, photovoltaics. Micro- and nano fabrication and characterization technology.Plasmonic structures.