科目名 Course Title
Lightwave Technology in Sensing [光波センシング E]
講義題目 Subtitle
責任教員
Instructor
岡 和彦 [Kazuhiko OKA] (大学院工学研究院)
担当教員 Other
Instructors
開講年度 Year
2013
時間割番号 Course Number (E3)
092035 (38013)
開講学期 Semester
２学期
単位数
2
Number of Credits
補足事項 Other Information
キーワード Key Words
lightwave sensing, optical detection, optical polarization, polarimetry, interferometer, sub-fringe interferometry
授業の目標 Course Objectives
The aim of this course is to provide the advanced knowledge of the lightwave sensing, the optical sensing and testing
technologies utilizing the wave properties of light. The lightwave sensing has several advantageous features, such as noncontactness, non-destructiveness, high-speed, and high-resolution. This course will provide the attendee with the techniques
of the lightwave sensing. The attendee will also learn some detailed examples of the lightwave sensing in the fields of
interferometry and polarimetry.
到達目標 Course Goals
- Learn the characteristics and features of the lightwave sensing
- Learn the physics of the lightwave sensing
授業計画 Course Schedule
(1) Fundamentals of sensing technology (1weeks)
principle of the metrology, transducer, sensing system
(2) Properties of lightwave (2weeks)
Maxwell's equation and wave equation, wave properties of light
(3) Optical Detection (4weeks)
basic optical detection process, photovoltaic detector, photoconductive detector, thermal detector, Shot noise and thermal
noise,
detection limit
(4) Polarimetry (5weeks)
properties of optical polarization, principle of polarimetry, birefringence measurement, ellipsometry
(5) Interferometry (3weeks)
sub-fringe interferometry, phase shifting method, optical heterodyne method, temporal and spatial coherences
準備学習（予習・復習）等の内容と分量 Homework
There will be homework assignments about every two weeks.
成績評価の基準と方法 Grading System
50%: homework
20%: class participation
30%: final report
テキスト・教科書 Textbooks
講義指定図書 Reading List
参照ホームページ Websites
研究室のホームページ Website of Laboratory
備考 Additional Information
Sufficient knowledge in physics, especially in electromagnetism and optics, is required in advance to take this course.