半导体太阳能电池：通过光电转换装置把太阳辐射能转换成电能是利用半导体器件的光伏效应原理进行光电转换的，因此又称太阳能光伏技术。太阳能电池：将太阳能转化为电能的装置

一、电控系统 二、传感器 一、原动机定义及类型 二、电动机类型及优缺点 三、选型规则及案例分析

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一实验目的: 掌握DMA方式的工作原理和8237的编程使用方法。 二.实验要求: 1.按照实验指导第61页的实验接线图连接硬件线路 2.对照【例3.6.1】的程序清单键入源程序,经汇编和连接后运行程序 三.实验电路 四.实验程序:

5.1 可持续发展理论 5.2 循环经济理论

11.1 Precipitation and Aging 11.1.1 Introduction 11.1.2 Continuous Precipitation 11.1.3 Discontinuous Precipitation 11.2 Tempering of Ferrous Martensite

10.1 Martensite Transformations 10.1.1 Characteristics 10.1.2 Thermodynamics 10.1.3 Crystallographic Theory 10.1.4 Kinetics 10.2 Martensite Transformations in Steels 10.2.1 Crystal structure of martensite in steels 10.2.2 Microstructure of martensite in steels 10.2.3 Stabilization of austenite 10.2.4 Mechanical properties 10.3 Bainite Transformations 10.3.1 Characteristics and Microstructures 10.3.2 Transformation Mechanism 10.3.3 Kinetics and influencing factors 10.3.4 Mechanical properties

9.1 Reverse Eutectoid Transformations 9.1.1 Intro to austenite in Fe-C system 9.1.2 Formation mechanism of austenite 9.1.3 Kinetics of austenitization 9.1.4 Austenite grain growth and its control 9.2 Eutectoid Transformations 9.2.1 Intro to Pearlite in Fe-C system 9.2.2 Formation mechanism of pearlite 9.2.3 Kinetics of pearlite formation 9.2.4 Mechanical properties

9.1 Reverse Eutectoid Transformations 9.1.1 Intro to austenite in Fe-C system 9.1.2 Formation mechanism of austenite 9.1.3 Kinetics of austenitization 9.1.4 Austenite grain growth and its control 9.2 Eutectoid Transformations

上海交通大学：《材料加工原理 Principles of Materials Processing》教学资源（课程讲稿）金属材料热处理原理 Heat Treatment Principles of Metals Chapter 9 Eutectoid and Reverse Eutectoid