本教材主要適用于已完成基礎階段學習的高等學校理工科本科生，為應用提高階段的必修課和選修課教材，也可用作研究生教學或工程技術人員的外語培訓教材。全套教材由專業(yè)教師和英語教師合作編寫而成。它以英國語言學家H.G.Widdowson的交際法理論為依據(jù)，著重解決語言運用能力的培養(yǎng)問題，使學生將基礎已掌握的英語語言知識和技能在自己的專業(yè)領域中得到進一步實踐和應用，從而達到以英語為工具獲取和交流信息的教學目的?！缎率兰o理工科英語教程：電氣與電子工程（學生用書）》是為電氣與電子工程及相關專業(yè)本科生編寫的專業(yè)英語（SBE）教材。 全書分20個單元，每單元由Reading and Comprehension，Reading and Practice和Reading and Translation 3部分組成。書后附Glossary供查閱。課文選材面向21世紀，力求反映時代特色，并摘自國外原版教材、文選、論著、會議論文、實用文件和報刊等。內容涉及電氣與電子工程及相關專業(yè)的基本物理概念、基礎工程知識、發(fā)展簡史、重大發(fā)明創(chuàng)造、人物傳記、重要組織機構簡介以及學科發(fā)展動向等?！缎率兰o理工科英語教程：電氣與電子工程（學生用書）》閱讀總量約100000詞，總生詞 量約1000。授課時教師應注重對學生進行讀、聽、寫、說、譯綜合技能的訓練和交際能力的培養(yǎng)。學生宜在課前做好預習。由于閱讀量和練習量較大，教師可按學生的實際情況安排教學，對教材進行有選擇的使用。
作者簡介
暫缺《新世紀理工科英語教程（電氣與電子工程學生用書）》作者簡介
圖書目錄
UNIT ONE Reading and Comprehension Electrical Engineering： An Overview Reading and Practice The Electronic Age Reading and Translation Electricity UNIT TWO Reading and Comprehension New Device Concepts： Where Do They Fit In? Reading and Practice The Power Diode Reading and Translation Digital Logic UNIT THREE Reading and Comprehension Power and Energy Reading and Practice Sources of Energy Reading and Translation Power System Voltage UNIX FOUR Reading and Comprehension Power Electronics -- Keeping Pace with Society Reading and Practice Power Electronic Converters Reading and Translation Introduction to Power Electronics UNIT FIVE Reading and Comprehension Computer Control （I） Reading and Practice Computer Control （II） Reading and Translation Plant-Wide Supervision and Control UNIT SIX Reading and Comprehension Equipment Used at Substations Reading and Practice Power Transmission and Distribution Reading and Translation Potential Power Sources UNIT SEVEN Reading and Comprehension How Powerful Can Microchips Be? Reading and Practice How Small Can an Electrical Circuit Be? Reading and Translation Where Will Nanotechnology Take Us? UNIT EIGHT Reading and Comprehension A Significant Shift to Solid-State Digital Techniques Reading and Practice The Classification of Control Techniques Reading and Translation Control Systems Engineering UNIT NINE Reading and Comprehension Definition of Intelligence Reading and Practice Intelligent Control Perspective （I） Reading and Translation Intelligent Control Perspective （II） UNIT TEN Reading and Comprehension AC-DC Converters Reading and Practice The Inverters Reading and Translation Choppers UNIT ELEVEN Reading and Comprehension The CAPM/CAE Interface Within the CIM System Approaches in Medi-um-Sized Companies Reading and Practice Modern Manufacturing Systems Reading and Translation The Future： Information-Based Manufacturing UNIT TWELVE Reading and Comprehension Overview of Fiber Sensor Developments Reading and Practice Advantages of Fiber Optic Temperature Measurement Reading and Translation Sensors and Instrumentation UNIT THIRTEEN Reading and Comprehension Measurement Systems Reading and Practice Instruments Reading and Translation The Nature of Data UNIT FOURTEEN Reading and Comprehension Signals， Systems， and Signal Processing Reading and Practice Digital Signal Processing System Reading and Translation Speech Coding UNIT FIFTEEN Reading and Comprehension Historical Development of Communication （I） Reading and Practice Historical Development of Communication （II） Reading and Translation Data Communications UNIT SIXTEEN Reading and Comprehension Bermuda Triangle： Myth or Reality? （I） Reading and Practice Bermuda Triangle： Myth or Reality? （II） Reading and Translation Rover Finds Evidence of Water UNIT SEVENTEEN Reading and Comprehension Communication Practices Unique to the Gulf War （I） Reading and Practice Communication Practices Unique to the Gulf War （II） Reading and Translation Electro-Optics Technology UNIT EIGHTEEN Reading and Comprehension Robotics Reading and Practice Robot Reading and Translation Advanced Robotic Technology UNIT NINETEEN Reading and Comprehension A Brief History of the Electronic Car Reading and Practice The Car of Today Reading and Translation If We Can Send a Man to the Moon， Why Cant We Make a Decent Electric Car? UNIT TWENTY Reading and Comprehension Michael Faraday and the Classical Field Theory Reading and Practice James Clerk Maxwell and the Electromagnetic Field Reading and Translation Heike Kamerlingh Onnes and Superconductivity GLOSSARY
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