1000 Solved Problems in Modern Physics

612 Appendix: Problem Index

Stark effect of H-atom 3.101

Application of variation method to SHO 3.102

Application of first order perturbation to 2-D potential 3.103

3.3.8 Scattering (Phase-Shift Analysis)

To derive partial-wave expansion 3.104

α-He scattering, classical and quantum mechanical 3.105

σ(E) fromδl 3.106

Energy at whichp-wave is important inn-pscattering 3.107

To findδ 0 from knownσ 3.108

Hard sphere scattering 3.109

σelandσtotalfor scattering from a black sphere 3.110

Ramsauer effect 3.111

Explanation for low energy n-p cross-sections 3.112

3.2.9 Scattering (Born Approximation)

Form factor of proton and characteristic radius 3.113

Simplification of elastic scattering amplitude under the assumption

of spherically symmetric potential

3.114

Optical theorem 3.115

Reduction of Mott scattering due to finite size effects 3.116

Given the scattering amplitude, to obtain the form factor 3.117

Scattering from a shielded Coulomb potential for point

charged nucleus

3.118

Form factor for scattering from extended nucleus of constant

charge density

3.119

Root mean square radius from scattering data 3.120

Form factor for Gaussian charge distribution and mean square radius 3.121

Scattering amplitude for spherically symmetric potential 3.122

To obtain form of scattering amplitude for Yukawa’s potential 3.123

Chapter 4 Thermodynamics and Statistical Physics

4.2.1 Kinetic Theory of Gases
Maxwellian law
Velocity distribution 4.1
Energy distribution 4.2
Mean speed 4.3
vrms 4.4
Most probable speed 4.5
vp:: 4.5
vrmsfor H 2 4.6
vrmsgivenρ&p 4.7
< 1 /v> 4.8
N(α)dα,α=v/vp 4.9