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最終更新日：2024年4月1日
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最終更新日：2024年4月1日
授業計画や教室は変更となる可能性があるため、必ずUTASで最新の情報を確認して下さい。
UTASにアクセスできない方は、担当教員または部局教務へお問い合わせ下さい。
化学特別講義IV
35606-1104 化学特別講義IV Special Lecture on Advanced Chemistry IV
化学専攻と工学系化学３専攻（応用化学専攻、化学システム工学専攻、化学生命
工学専攻）が連携し、理工の枠を超えた教育と国際性豊かな人材育成を目指し、
外国人招聘教授や国内の専門家による最先端化学に関する講義を行う。
The Department of Chemistry and the three chemistry-related departments at
the Graduate School of Engineering (Department of Applied Chemistry,
Department of Chemical System Engineering, and Department of Chemistry and
Biotechnology) jointly provide lectures on cutting-edge fields of
chemistry, with the goal of transcending the boundary between science and
engineering to enhance education and foster young researchers with global
perspectives. Lectures will be given by invited professors from abroad and
specialists from Japan.
Teaching staff: Prof. Huailiang Xu (Jilin University)
日程date：4/25(Wed)-26(Thu) 両日とも10:00～16:30予定
Course Title: Laser spectroscopy: Basic aspects and practical applications
Objectives:
By the end of this course the students will
Have a general understanding of absorption and emission of light and the widths and profiles of spectral lines.
Be familiar with typical spectroscopic instrumentations.
Understand the concepts of different types of lasers.
Be familiar with several representative laser spectroscopic techniques.
Synopsis
This course addresses the fundamental and application aspects of laser spectroscopy.
The theoretical foundation of laser spectroscopy such as the absorption and emission of light, and spectral width and profiles is discussed in depth, which is followed by an introduction to the instruments that are often used in different spectroscopic techniques. The concepts of different types of lasers such as continuous wave and tunable lasers are briefly discussed. With lasers as spectroscopic light sources, several representative spectroscopic techniques such as laser-induced fluorescence, Raman, and ionization spectroscopy are then highlighted. Advances and capabilities of these spectroscopic techniques are by several examples illustrated for applications in a variety of fields such as environmental science, analytical chemistry, and laser femtosecond chemistry.
工学専攻）が連携し、理工の枠を超えた教育と国際性豊かな人材育成を目指し、
外国人招聘教授や国内の専門家による最先端化学に関する講義を行う。
The Department of Chemistry and the three chemistry-related departments at
the Graduate School of Engineering (Department of Applied Chemistry,
Department of Chemical System Engineering, and Department of Chemistry and
Biotechnology) jointly provide lectures on cutting-edge fields of
chemistry, with the goal of transcending the boundary between science and
engineering to enhance education and foster young researchers with global
perspectives. Lectures will be given by invited professors from abroad and
specialists from Japan.
Teaching staff: Prof. Huailiang Xu (Jilin University)
日程date：4/25(Wed)-26(Thu) 両日とも10:00～16:30予定
Course Title: Laser spectroscopy: Basic aspects and practical applications
Objectives:
By the end of this course the students will
Have a general understanding of absorption and emission of light and the widths and profiles of spectral lines.
Be familiar with typical spectroscopic instrumentations.
Understand the concepts of different types of lasers.
Be familiar with several representative laser spectroscopic techniques.
Synopsis
This course addresses the fundamental and application aspects of laser spectroscopy.
The theoretical foundation of laser spectroscopy such as the absorption and emission of light, and spectral width and profiles is discussed in depth, which is followed by an introduction to the instruments that are often used in different spectroscopic techniques. The concepts of different types of lasers such as continuous wave and tunable lasers are briefly discussed. With lasers as spectroscopic light sources, several representative spectroscopic techniques such as laser-induced fluorescence, Raman, and ionization spectroscopy are then highlighted. Advances and capabilities of these spectroscopic techniques are by several examples illustrated for applications in a variety of fields such as environmental science, analytical chemistry, and laser femtosecond chemistry.
時間割／共通科目コード
コース名
教員
学期
時限
35606-1104
GSC-CH5116L3
化学特別講義IV
塩谷 光彦
集中
マイリストに追加
マイリストから削除
講義使用言語
英語
単位
1
実務経験のある教員による授業科目
NO
他学部履修
可
開講所属
理学系研究科
授業計画
Course Outline:
Lecture 1: Absorption and emission of light
In this lecture the basic definitions and concepts of classical spectroscopy such as thermal radiation, induced and spontaneous emission, radiation power and intensity, transition probabilities are introduced. Different causes of the broadenings of spectral lines that determine the limitation of spectral resolution are discussed.
Lecture 2: Spectroscopic instrumentation
This lecture is devoted to the discussion of instruments and techniques that are of fundamental importance for the measurements of wavelengths, line profiles and spectral intensities. The optimum selection of proper equipment is often decisive for the success of an experimental measurement. Several typical instruments such as monochromator, interferometers, photomultiplier are introduced.
Lecture 3: Lasers as spectroscopic light sources
In this lecture the basic properties of lasers as spectroscopic radiation sources are introduced. The lecture starts with a short recapitulation of the fundamentals of lasers, such as threshold conditions, optical resonators and laser modes. Different types of lasers such as continuous wave and tunable lasers are discussed, in which those laser properties and experimental techniques that make the lasers attractive spectroscopic light sources are underlined.
Lecture 4: Spectroscopy with Lasers
This lecture gives an overview of various applications of lasers in spectroscopy. Several representative laser-based spectroscopic techniques such as laser-induced fluorescence, ionization and Raman spectroscopy are introduced. Since impressive progress has been achieved in the development of ultrashort laser pulses in the femtosecond range in recent years, a special emphasis is given to the unique properties of femtosecond laser spectroscopy and related techniques.
Lecture 5: Application of laser spectroscopy
This lecture illustrates by some examples the broad spectrum of applications of laser spectroscopy in physics, chemistry, and environmental studies. A prospective is presented on the implications of laser spectroscopy technologies, and to demonstrate how much research and development is still needed.
授業の方法
講義（集中講義）Intensive Lecture
April 25 (Thursday)
Lecture 1: 10:00 - 11:45
Lecture 2: 13:00 - 14:45
Lecture 3: 15:00 - 16:45
April 26 (Friday)
Lecture 4: 10:00 - 11:45
Lecture 5: 13:00 - 14:45
Department Seminar: 15:00- 16:30
成績評価方法
出席とレポート Attendance and Report
教科書
Laser spectroscopy: Basic concepts and instrumentation (by W. Demtroder, Third Edition, Springer 2003)
Atomic and molecular Spectroscopy: Basic aspects and practical applications (by S. Svanberg, Fouth Edition, Springer 2011)
参考書
特になし None
履修上の注意
外国人講師によって英語で行われる集中講義（学部大学院共通科目）Lectures will be given in English by invited professors from abroad.(Common Undergraduate and Graduate Courses)
その他
開講日：4/25(Wed)-26(Thu) 両日とも10:00～16:30予定
Zasshikai lectureship seminar title (3:00 p.m. – 4:30 p.m.)
Femtosecond filamentation nonlinear spectroscopy and application
詳細は、以下の化学専攻ＨＰを確認してください。
Please refer to the below link for details about lecture date.
http://www.chem.s.u-tokyo.ac.jp/chem_GS/schedules.php
