¹âµç×Ó¼¼Êõµ¼ÂÛ(µÚ2°æ)

Preface Chapter 1 Physical Basis of Optoelectronic Information Technology 1£®1 Introduction of Theoretical Semiconductor Basis 1£®2 Optical Basis 1£®3 Circuit Basis Chapter 2 Electro-optic Information Transformation 2£®1 Emission and Absorption During Light-matter Interactions 2£®2 Typical Instrument Based on Spontaneous Emission£º Light Emitting Diode£¨LED£© 2£®3 Typical Instrument Based on Stimulated Emission£º Laser Diode(LD£© 2£®4 Liquid Crystal Display (LCD£© 2£®5 Organic Light Emitting Diode (OLED£© Chapter 3 Optoelectronic Information Transformation 3£®1 Photomultiplier Tubes(PMT£© 3£®2 Photodiode 3£®3 Photoresistor 3£®4 Solar Cell 3£®5 Charge-coupled Device(CCD£© Chapter 4 Optical Fibers and Dielectric Waveguides 4£®1 Symmetric Planar Dielectric Slab Waveguide 4£®2 Step Index Fiber 4£®3 Numerical Aperture 4£®4 Dispersion in Single-mode Fibers 4£®5 Attenuation in Optical Fibers 4£®6 Fiber Manufacture Chapter 5 Application of Optoelectronic Information Technology 5£®1 Holography Technology 5£®2 3D Display Technology 5£®3 Photolithography Technology 5£®4 Photoelectric Detection 5£®5 Optical Disc Storage 5£®6 Light Guide Illumination System Based on Automatic Acquisition of Natural Light 5£®7 New Infrared Safety Light Curtain