光電信息科學與工程專業英語

《光電資訊科學與工程專業英語》是以光電技術行業對複合型人才的培養需求為導向編寫的專業英語教材，主要涉及了半導體物理、半導體器件、電磁場和電磁波、雷射器和光纖通信等方面的內容。同時，每章還對重點詞語和疑難句進行了解析，介紹了科技英語翻譯的相關知識，旨在使學生掌握專業基礎詞彙、提高專業文獻的閱讀和翻譯能力，拓展和深化學生對本專業基礎知識和相關技術的瞭解與掌握。

《光電資訊科學與工程專業英語》體系合理、題材廣泛、內容豐富，可作為高等院校及科研院所光電資訊、電子資訊、電腦、應用物理以及科技英語翻譯等專業本科生教材，也可作為研究生及留學生教材，還可作為上述領域科研技術人員的參考書。

Unit 1 Semiconductor Physics/ 1
1.1Energy Bands and Carrier Concentration/ 1
1.2Carrier Transport Phenomena/ 8
1.3PN Junction/ 14

Unit 2 Semiconductor Devices/ 25
2.1Bipolar Junction Transistors/ 25
2.2The MOSFET/ 38
2.3Microwave and Photonic Devices/ 51

Unit 3 Holography and Fourier Optics/ 56
3.1Holography/ 56
3.2Wave-Optics Analysis of Optical Systems/ 65
3.3Optical Processing/ 71

Unit 4 Electromagnetic Fields and Electromagnetic Waves/ 77
4.1The Concept of Electromagnetic Fields and Waves/ 77
4.2The History of Electromagnetic Waves/ 78
4.3The Basic Laws of Electromagnetic Theory/ 80
4.4The Properties of Electromagnetic Waves/ 89
4.5Electromagnetic Spectra and Applications/ 91

Unit 5 Lasers/ 97
5.1Amplification of Light/ 97
5.2Optical Resonators/ 98
5.3Laser Amplifiers/ 104
5.4Laser Techniques/ 109
5.5Laser Applications/ 114

Unit 6 Optical Fiber Communication/ 124
6.1The Development of Optical Communication Systems/ 124
6.2Optical Fiber Characteristics/ 125
6.3The Propagation of Optical Beam in Fibers/ 129
6.4The Impacts of Fiber Nonlinearities/ 133
6.5All Optical Networks/ 140

Unit 7 Nonlinear Optics/ 149
7.1The Definition of Nonlinear Optics/ 149
7.2The History of Nonlinear Optics/ 151
7.3The Features of Interaction of Intense Light with Matter/ 155
7.4The Theory Framework of Nonlinear Optics/ 158
7.5The Descriptions of Nonlinear Optical Processes/ 160
7.6Applications and Future Perspectives/ 166

Unit 8 Photonic Crystal Fibers/ 171
8.1The Origins of PCFs/ 171
8.2The History of PCFs/ 174
8.3Guiding Light in PCFs/ 174
8.4The Properties of PCFs/ 176
8.5The Fabrication of PCFs/ 179
8.6The Applications of PCFs/ 183
8.7Future Perspectives/ 187

Unit 9 Applied Techniques/ 190
9.1Optical Thin Film Technology/ 190
9.2Photolithography/ 195
9.3Biophotonics/ 199
9.43D Display Technology/ 208

References/ 215