Undergraduate (3rd and 4th years)
This is information from a past (2022) course.
The URLs, account and classroom informations have been removed to prevent the leakage of internal information for online classes.
Last updated at Oct 17, 2025.
Class plans and classrooms are subject to change, so be sure to check UTAS for the latest information.
If you do not have access to the UTAS, please contact your instructor or academic affairs office.
Last updated at Oct 17, 2025.
Class plans and classrooms are subject to change, so be sure to check UTAS for the latest information.
If you do not have access to the UTAS, please contact your instructor or academic affairs office.
Structural Chemistry
分子構造論（分子構造、分子回転、分子振動などを決定する理論）と分子分光学（赤外分光、ラマン分光、レーザー分光などの測定手法）について学ぶ。分子構造の理論および実験手法を徹底的に理解する。現代の分子分光計測にはレーザーが用いられることが多いため、レーザーの原理及びレーザーを使った具体的な分光測定法も学ぶ。当分野における最新の研究も学ぶ。教室内実験デモを通じて実体験を得る。
The goal of this course is to study the theory of molecular structure, molecular rotation, and molecular vibration as well as experimental methods for determining them, such as infrared spectroscopy, Raman spectroscopy, and laser spectroscopy. Since lasers are often used for modern spectroscopy, the course also covers the laser principles and laser-based spectroscopy methods. Furthermore, the course covers recent hot research topics related to spectroscopy. Finally, in-class experiments will be demonstrated to gain experience about the experimental methods.
The goal of this course is to study the theory of molecular structure, molecular rotation, and molecular vibration as well as experimental methods for determining them, such as infrared spectroscopy, Raman spectroscopy, and laser spectroscopy. Since lasers are often used for modern spectroscopy, the course also covers the laser principles and laser-based spectroscopy methods. Furthermore, the course covers recent hot research topics related to spectroscopy. Finally, in-class experiments will be demonstrated to gain experience about the experimental methods.
Code
Course title
Lecturer
Semester
Period
0530053
FSC-CH3106L2
Structural Chemistry
GODA, Keisuke
Thu 2nd
Add to My List
Remove from My List
Language
English
Credit
2
Lecturers with practical experience
NO
Other Faculty
YES
Course Offered by
Science
Schedule
木曜日2限 (10:25 - 11:55, 90 min) / Every Thursday 10:25 - 11:55 (90 min)
4/07 ガイダンス / Introduction
4/14 授業 / Lecture
4/21 授業 / Lecture
5/12 授業 / Lecture
5/19 授業 / Lecture
5/26 授業 / Lecture
5/30 授業 / Lecture
6/02 授業 / Lecture
6/09 授業 / Lecture
6/16 授業 / Lecture
6/23 授業 / Lecture
6/30 授業 / Lecture
7/07 授業 / Lecture
7/14 授業 / Lecture
7/28 期末試験 / Final Exam
Teaching Methods
基本的にPowerpointスライドを用いて講義を行う。講義スライドはITC-LSM等を用いて配布する。質問やコメントによる授業参加を奨励する。定期的に宿題がある。最終日には期末試験がある。
I will give lectures using Powerpoint slides which can be obtained through ITC-LMS. I encourage you to participate in the lectures by asking questions or giving comments about the lecture materials. Homework sets and reports will be assigned to you occasionally. The final exam will be given at the end of the course.
必要に応じて日本語による補講を実施します(木曜5限)。
Supplementary class in Japanese will be offered if necessary (5th period on Thursday).
Method of Evaluation
宿題、授業参加、期末試験などより総合評価。
Grading is based on your performance in homework, class participation, the final exam, etc.
Required Textbook
J. Michael Hollas, Modern Spectroscopy, 4th Ed.
授業資料は配布するので、本は購入しなくても大丈夫。
J. Michael Hollas, Modern Spectroscopy, 4th Ed.
No need for purchasing the book. The lecture notes will be handed out to students.
Reference Books
David J. Griffiths, Introduction to Quantum Mechanics, 2nd Ed.
Peter Atkins, Julio de Paula, Physical Chemistry, 9th Ed.
Peter Atkins, Ronald S. Friedman, Molecular Quantum Mechanics, 5th Ed.
Notes on Taking the Course
講義スライドや補足資料等はITC-LSM等を通じて配布。
Lecture notes and supplementary materials will be sent to students through ITC-LMS.
