Coulomb Interactions in Particle Beams

1. INTRODUCTION
Gerrit Hermanus Jansen
2. HISTORICAL NOTES
Gerrit Hermanus Jansen
3. GENERAL BEAM PROPERTIES
Gerrit Hermanus Jansen
4. THE MANY BODY PROBLEM OF PARTICLES INTERACTING THROUGH AN INVERSE SQUARE FORCE LAW
Gerrit Hermanus Jansen
5. CONCEPTS OF AN ANALYTICAL MODEL FOR STATISTICAL INTERACTIONS IN PARTICLE BEAMS
Gerrit Hermanus Jansen
6. TWO PARTICLE DYNAMICS
Gerrit Hermanus Jansen
7. BOERSCH EFFECT
Gerrit Hermanus Jansen
8. STATISTICAL ANGULAR DEFLECTIONS
Gerrit Hermanus Jansen
9. TRAJECTORY DISPLACEMENT EFFECT
Gerrit Hermanus Jansen
10. FURTHER INVESTIGATIONS ON STATISTICAL INTERACTIONS
Gerrit Hermanus Jansen
11. SPACE CHARGE EFFECT IN LOW DENSITY PARTICLE BEAMS
Gerrit Hermanus Jansen
12. CALCULATION OF DIFFERENT SPOT- AND EDGE-WIDTH MEASURES
Gerrit Hermanus Jansen
13. MONTE CARLO SIMULATION OF PARTICLE BEAMS
Gerrit Hermanus Jansen
14. COMPARISON OF ANALYTICAL RESULTS WITH MONTE CARLO SIMULATIONS
Gerrit Hermanus Jansen
15. COMPARISON OF RECENT THEORIES ON STATISTICAL INTERACTIONS
Gerrit Hermanus Jansen
16. SUMMARY FOR THE ONE-MINUTE DESIGNER
Gerrit Hermanus Janse

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Advances in Imaging; Electron Physics