Course No：1121120
Title：Modern Optical Measurement Technology
Class Hours/Week: 3-1 Credit: 2 Category: Specialty
Prerequisites：NA
Test and Grading Criteria： Open-book exam(70%)+usually work(30%)Course objectives and basic requirements:
The course is designed for the graduate students to understand the basic theories, concepts of modern optical measurement technology, find out the measurement capability, know the principle and the whole point of each measurement technology, be able to propose reasonable measurement method to the practical question.
The students should:
1. understand fundamental frameworks of modern optical measurement technology;
2.be active in reading the paper, to be knowledgeble in metrology;
3.konw the study characteristics and thinking pattern of modern optical measurement technology.
4.force yourselves to think and analyze based on the concepts learned and application
Course introduction:
The course is prepared to introduce advanced students to the features of interferometry, holography, grating measurement technology, diffraction measurement technology, fiber sensor and laser doppler technology. Elaborate on the principle and main point of each measurement technology, the course will address the application of measurement technology to industry and study. It also will address the key component and the technology difficulty of each measurement technology. We will compare the feature between different component applications and different measurement methods. You will have a few interesting cases for study and much defense in the classroom which will give you a chance to mention your opinions and learn from others’. Reading and discussion are necessary for you to obtain the most update information about metrology, which you haven’t found them in one or more textbooks. Welcome to modern optical measurement technology. To know many optical measurement method and have confidence in solving the practical measurement question.
Suggested textbooks or references:
Textbooks:
Guoguang YANG. Modern Optical Measurement Technology. Zhejiang University Press.
References:
Kaihua ZHAO, Xihua ZHONG. Optics. Peking University Press.
Textbooks:
Guoguang YANG. Modern Optical Measurement Technology. Zhejiang University Press.
References:
Kaihua ZHAO, Xihua ZHONG. Optics. Peking University Press.