吳積欽著的《受電弓與接觸網繫統(英文版)》從
繫統角度對受電弓、受電弓與接觸網的相互作用(包
括幾何特性、動態性能、材料接口及電接觸特性)等
方面的內容進行了全面介紹，使讀者能夠了解和掌握
受電弓與接觸網相互作用的基礎理論，並能將其應用
於受電弓與接觸網繫統的設計、施工、運行維護方案
制訂及參數選取過程。本書既可以作為高等學校電氣
化鐵道及城市軌道交通牽引供電相關專業研究生、本
科生及專科生的教學用書，也可供從事電氣化鐵道、
城市軌道交通牽引供電及受電弓相關專業工作的技術
人員參考。

FOREWORD
PREFACE
CHAPTER 1 Introduction
1.1 Overview
1.2 Origin and Development of Pantograph and Overhead Contact Line Systems
1.2.1 Origin of Pantograph and Overhead Contact Line Systems
1.2.2 Development of Pantograph and Overhead Contact Line Systems
1.3 Requirement and Specification of Pantograph and Overhead Contact Line Systems
1.3.1 Geometrical Requirement
1.3.2 Mechanical Requirement
1.3.3 Material Requirement
1.3.4 Electrical Requirement
1.3.5 Environmental Requirement
1.3.6 Operation and Maintenance Requirement
1.4 Core Issues of Pantograph and Overhead Contact Line Systems and the Framework of This Book
Brief Summary
CHAPTER 2 Pantograph
2.1 Overview
2.2 Basic Structure of Pantograph
2.2.1 Pantograph Head
2.2.2 Frame
2.2.3 Base Frame
2.2.4 Drive System
2.3 Characteristics of Pantographs
2.3.1 Electric Performance
2.3.2 Static Contact Force
2.3.3 Aerodynamic Force
2.3.4 Component of Dynamic Contact Force
2.3.5 Contact Force
2.3.6 Average Uplift Force
2.3.7 Dynamic Characteristics
2.4 Main Test of Pantograph
2.5 Application and Development of Pantographs in Chinese Railways
2.5.1 Low-Speed Stage
2.5.2 Middle-Speed Stage
2.5.3 High-Speed Stage
2.6 Application of Pantographs in Urban Rail Transit
Brief Summary
CHAPTER 3 Geometric Properties of Pantographs and Contact Lines
3.1 Overview
3.2 Gauge
3.3 Pantograph and Contact Line Areas
3.4 Geometric Properties of Pantographs
3.4.1 Operating Range of Pantograph
3.4.2 Geometric Profile of Pantograph Head
3.4.3 Dynamic Envelope of Pantograph
3.5 Geometric Properties of Overhead Contact Lines
3.5.1 Lateral Shift of Contact Wire at Registration Point
3.5.2 Lateral Shift of Contact Wire Under Side Wind
3.5.3 Height of Contact Wire