Electron Scattering for Nuclear and Nucleon Structure Book

	Preface
Pt. 1	Introduction	1
1	Motivation	3
2	Pictures of the nucleus	6
3	Some optics	9
4	Why electron scattering?	14
5	Target response surfaces	19
6	Why coincidence experiments?	23
7	Units and conventions	26
Pt. 2	General analysis	29
8	Electromagnetic interactions	31
9	Multipole analysis	34
10	Dirac equation	45
11	Covariant analysis	51
12	Excitation of discrete states in (e,e')	63
13	Coincidence experiments (e,e'X)	76
14	Deep-inelastic scattering from the nucleon	95
15	Polarization in deep-inelastic scattering	110
16	Parity violation in inclusive electron scattering	115
Pt. 3	Quantum electrodynamics	127
17	Basic elements	129
18	Radiative corrections	139
Pt. 4	Selected examples	145
19	Basic nuclear structure	147
20	Some applications	157
21	A relativistic model of the nucleus	169
22	Elastic scattering	182
23	Quasielastic scattering	194
24	The quark model	210
25	Quantum chromodynamics	221
26	The standard model	231
27	Parity violation	247
28	Excitation of nucleon resonances	251
Pt. 5	Future directions	261
29	TJNAF(CEBAF)	263
30	Other facilities	272
31	Future directions	278
App. A	Long-wavelength reduction	288
App. B	Center of mass (C-M) motion	294
App. C	Weizsacker-Williams approximation	300
App. D	Polarization and spin-1/2 fermions	304
App. E	Symmetry properties of matrix elements	308
App. F	Angular correlations	312
App. G	Relativistic quasielastic scattering	317
App. H	Pion electroproduction	322
App. I	Light-cone variables	331
	References	337
	Index	352