56.1 Introduction 56.2 Physical Sensors Temperature Sensors.Displacement and Force. Optical Radiation 56.3 Chemical Sensors Ion-Selective Electrode. Gas Chromatograph 56.4 Biosensors

55.1 Introduction 55.2 Dielectric Losses 55.3 Dielectric Breakdown 55.4 Insulation Aging R.Bartnikas 55.5 Dielectric Materials Institut de Recherche Gases. Insulating Liquids. Solid Insulating Materials

54.1Introduction 54.2 Polar Dielectrics Roger W.Whatmore 54.3 The Pyroelectric Effect Cranfield University 54.4 Pyroelectric Materials and Their Selection 54.1 Introduction

53.1 Introduction Terry P. Orlando 53.2 General Electromagnetic Properties Massachusetts Institute of 53.3 Superconducting Electronics Technology 53.4 Types of Superconductors 53.1 Introduction The fundamental idea behind all of superconductorsu' properties is that superconductivity is quantum

52.1 Introduction 52.2 Theoretical Background Alexander C. Ehrlich 52.3 Relation to the Electronic Structure-(i) ot >1

51.1 Introduction 51.2 Equation of State 51.3 Effect of Crystal Point Group on 51.4 Geometric Corrections and Elastoresistance Tensor 51.5 Multivalley Semiconductors 51.6 Longitudinal Piezoresistivity II, and Maximum Sensitivity

108.2 Physical Variables 108.3 Transducers 108.4 Instrument elements 108.5 Instrumentation System 108.6 Modeling Elements of an

一、内容 1、概念 2、器件

浙江大学电气工程学院：《电力电子技术基础》课程资源（PPT教学课件）推挽式逆变器

第6章压电式传感器 6.1压电效应及压电材料 6.2压电传感器测量电路 6.3压电式传感器的应用