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Accelerator physics

 Table of contents 87

1. Acceleration voltage

2. Accelerator neutrino

3. Anatoli Bugorski

4. Beam dump

5. Beam emittance

6. Beamstrahlung

7. Beta function (accelerator physics)

8. Betatron

9. Charged particle beam

10. Collider

11. Collimator

12. Courant–Snyder parameters

13. Cyclotron

14. Dielectric wall accelerator

15. Dipole magnet

16. Electron-cloud effect

17. Electron microscope

18. Electron optics

19. Electrostatic particle accelerator

20. Electrostatic septum

21. Energy amplifier

22. Energy recovery linac

23. Free-electron laser

24. Intrabeam scattering

25. Ion beam

26. Ion source

 split articles: 32

26.1. Ambient ionization

26.2. Atmospheric-pressure chemical ionization

26.3. Atmospheric-pressure laser ionization

26.4. Chemi-ionization

26.5. Chemical ionization

26.6. Desorption electrospray ionization

26.7. Direct analysis in real time

26.8. Duoplasmatron

26.9. Electron capture ionization

26.10. Electron cyclotron resonance

26.11. Electron ionization

26.12. Electrospray ionization

26.13. Electrostatic spray ionization

26.14. Extractive electrospray ionization

26.15. Fast atom bombardment

26.16. Field desorption

26.17. Glow discharge

26.18. Laser ablation electrospray ionization

26.19. Laser diode thermal desorption

26.20. Laser spray ionization

26.21. Liquid metal ion source

26.22. Main Magnetic Focus Ion Source

26.23. Matrix-assisted ionization

26.24. Matrix-assisted laser desorption/ionization

26.25. Matrix-assisted laser desorption electrospray ionization

26.26. Paper spray ionization

26.27. Plasma afterglow

26.28. Soft laser desorption

26.29. Spark ionization

26.30. Surface-assisted laser desorption/ionization

26.31. Surface-enhanced laser desorption/ionization

26.32. Thermospray

27. Ionization cooling

28. Kilpatrick limit

29. Linear particle accelerator

30. Louvain-la-Neuve Cyclotron

31. Luminosity (scattering theory)

32. Magnetic lens

33. Mean transverse energy

34. Microtron

35. Microwave cavity

36. Multipole magnet

37. Particle beam

38. Perveance

39. Photoinjector

40. Plasma acceleration

41. Quadrupole magnet

42. RFQ beam cooler

43. Relativistic particle

44. Scanning transmission X-ray microscopy

45. Sextupole magnet

46. Shunt impedance

47. Stochastic cooling

48. Storage ring

49. Strong focusing

50. Superconducting radio frequency

51. Synchrocyclotron

52. Synchrotron

53. Touschek effect

54. Tune shift with amplitude

55. Van de Graaff generator

 Ancestors