Course title
有機材料設計特論Ⅰ   [Organic Materials Design I]
Course category	courses for master's programs	Requirement		Credit	2
Department		Year	～	Semester	1st
Course type	1st	Course code	1060209
Instructor(s)
渡邊 敏行, 村上 義彦   [WATANABE Toshiyuki, MURAKAMI Yoshihiko]
Facility affiliation	Faculty of Engineering	Office	afjgxte/L1151	Email address

Course description

In this lecture we will give you a guideline for material design method for developing optoelectronic functional materials. Through these lectures, students learn ideas for designing new materials.

Expected Learning

Interpret the design guidelines for optical materials Interpret the concept and design guidelines for nonlinear optical materials Explain the principle of 3D printing Interpret the design guidelines for luminescent materials Interpret the design guidelines for organic magnetic materials

Course schedule

The 1st Objective of this lecture, what is innovation? 2nd optical material design method I polarizability, refractive index, oriented gas model The 3 rd Optical Material Design Method II Material Design I The 3rd Optical Material Design Method III III Material Design II The 4th nonlinear optical material I (wavelength conversion) Fifth nonlinear optical material II (phase / intensity modulation, wavefront control) The 6th 3D print The 7th Nonlinear Optical Effect Summary Summary of lecture contents in the first half of the 8th session The 9th Light Emitting Material Design Method I Fluorescence, phosphorescence The 10th Luminescent Material Design Method II 11 th Light emitting material design method III Phosphorescent material The 12th Organic Electroluminescent Material The 13th Organic Magnetic Material 14th Photochemical reaction, physical properties and functional control　Photochromic, phototherapy, hole burning 15th 　Summary of lecture contents of the latter half

Prerequisites

Principle of optics, Physical Chemistry

Required Text(s) and Materials

Innovation thinking method Kiyoshi Kurokawa PHP publication Science in photo functional molecules, new version Kazuyuki Horie, Shuji Ushiki, Toshiyuki Watanabe / Kodansha Scientific

References

Assessment/Grading

Evaluate comprehensively by exercises in class, final exams, and reports. The weight of exercises in the class is 20%, and the report is considered separately.

Message from instructor(s)

Course keywords

Photonics, Electronics

Office hours

Lunch break on class one day, afternoon

Remarks 1

Remarks 2

Related URL

Lecture Language

Japanese

Language Subject

Last update

12/27/2019 2:04:59 PM