Course No：11120090
Title：Synthetic Experiments on Optical Information
Class Hours/Week: 1-2 Credit：2
Category： Specialty
Prerequisites： Physical Optics
Audience：Undergraduates
Course objectives and basic requirements:Lectures with Multimedia System, Instruction during experimental periods
Course introduction:
This course focuses on the experimental methodology. Lectures about the basic experimental skill and corresponding applications of Optical Information will be given. Demonstrations of procedures on gathering analytical results would also be presented to the students. With careful and thorough study on the course, the students would possess creative problem-solving techniques, expand their knowledge range and further understand what they have been learned.
Syllabus and lecture schedule:
3 periods per week, totally 48 periods (16 weeks)
I. Theoretical Part 16 hours
1. The Using of Conventional Instruments
2. Basic Experimental Skill and Requirements
3. The Principles and Corresponding Applications of Optical Information
II. Experiments 32 hours
1. Recording of Optical Information 8 hours
Expt 1. Designs and Preparation for Holographic Grating
Expt 2. Hololens Preparation and its Applications
2. Transmission and Modulation of Optical Information 6 hours
Expt 3. Transverse Electro-opt Effect of Lithium Niobate and its applications
Expt 4. Acousto-optic Modulation and deflection
3. Optical Information processing 9 hours
Expt 5. Addition and Subtraction of Optical Image
Expt 6. Black and White Film Recording and Color Image Reproduction
Expt 7. Real-time Image Adding, substrating and differentiating with Liquid Crystal Light Valve
Expt 8. Synthetic Experimental system of Optical Information based on electrical addressing Liquid Crystal Light Valve
4. Precision Measurement of Optical Parameters 9 hours
Expt 9. Experiment of different samples with Micro/nano resolution based on AFM
Expt 10. Self assembling and calibrating a grating spectroscopy
Expt 11. Measurement of Optical Constants of Transparency Film and Complex Refractive Index of Metal Thick-film with Elliptical Polarization Method
Related teaching sections:
1. 1 Credit Hour Lecture before each Experiment
2. 2 Credit Hours per Week to do Experiment as well as to Work out the Laboratory Report
3. In-site Instruction during experimental periods
4. Open-book Examination
Test and Grading Criteria：
Written Examination (Open-book) 40%, Participation in Classes 30 ％, Experimental Reports 30 ％
Suggested textbooks or references:
1. Tan, Hengying. Synthetic Experiments on Optical Information. Zhejiang University Press, 2003.
2. Song, Feijun. Modern Optical Information Processing. Beijing University Press, 1998.
3. Chen, Jiabi and Su, Xianyu. Principles and applications of Optical Information. Higher Education Press, 2002.
4. You, Mingjun. Basic Experiments on Optical Information. Publishing House of Ordnance Industry, 2002