Contents

pp vii-viii

Preface

pp ix-xiv

Part 1 - Introduction

pp 1-2

1 - Motivation

pp 3-5

2 - Pictures of the nucleus

pp 6-8

3 - Some optics

pp 9-13

4 - Why electron scattering?

pp 14-18

5 - Target response surfaces

pp 19-22

6 - Why coincidence experiments?

pp 23-25

7 - Units and conventions

pp 26-28

Part 2 - General analysis

pp 29-30

8 - Electromagnetic interactions

pp 31-33

9 - Multipole analysis

pp 34-44

10 - Dirac equation

pp 45-50

11 - Covariant analysis

pp 51-62

12 - Excitation of discrete states in (e, e’)

pp 63-75

13 - Coincidence experiments (e, e’ X)

pp 76-94

14 - Deep–inelastic scattering from the nucleon

pp 95-109

15 - Polarization in deep–inelastic scattering

pp 110-114

16 - Parity violation in inclusive electron scattering

pp 115-126

Part 3 - Quantum electrodynamics

pp 127-128

17 - Basic elements

pp 129-138

18 - Radiative corrections

pp 139-142

Part 4 - Selected examples

pp 145-146

19 - Basic nuclear structure

pp 147-156

20 - Some applications

pp 157-168

21 - A relativistic model of the nucleus

pp 169-181

22 - Elastic scattering

pp 182-193

23 - Quasielastic scattering

pp 194-209