Abstract
The introduction of electron cooling has opened up new possibilities in atomic, nuclear and particle physics. Now many newly constructed ion storage rings are making use of this technique.
This is a preview of subscription content, log in via an institution to check access.
Similar content being viewed by others
References
1. Budker G I Proc Int Symp on Electron and Positron Storage Rings (eds Zyngier H & Cremieux Alean E ) Ill-l (Presses Univ de France Paris 1967) 2. Van der Meer S CERN/ISR-PO/ 72-31 (CERN Geneva 1972) 3. Moni D Petrucci G Thorndahl L & Van der Meer S Phys Rep 58, 73-119 (1980) 4. Van der Meer S Rev mod Phys 57 689 697 (1985) 5. Budker G l et al Partical Accelerators 7, 197-211 (1976) 6. Bell M Chaney J Herr H Krienen F & Petrucci G Nucl Instrum Meth 190 237-255 (1981) 7. Ellison T et al IEEE Trans Nucl Sei NS 30 2636-2638 (1983) 8. Poth H ei al Nucl Instrum Meth A287, 328-332 (1989) 9. Steek M et al Nucl Instrum Meth A287, 324-327 (1989) 10. Blasche K & Bohne D Proc 14thlnt Conf High Energy Accelerators Chicago (American Institute of Physics New York 1989) 11. Derbenev Ya & Skrmsky A N Particle Accelerators 8,1-20 (1977) 12. Derbenev Ya & Skrmsky A N Particle Accelerators 8, 235-243 (1978) 13. Ogmo T & Ruggiero A G Particle Accelerators 10,197-205 (1980) 14. Bell J S & Bell M Particle Accelerators 11, 233-238 (1981) 15. S0rensen A & Bonderup E Nucnstrum Meth 215, 27-54 (1983) 16. Budker G I & Skrmsky A N Soviet Phys Usp 21, 277-296 (1978) 17. Derbenev Ya & Skrmsky A N Phys Rev Vol 3 (ed Khalatnikov l M ) 165 (Harwood Academic Chur 1981) 18. Cole F T & Mills F E A Rev Nuc article Sei 31, 295-325 (1981) 19. Skrmsky A N & Parkhomchuk V V Soviet J Particle Nucl 12, 223-247 (1981) 20. Poth H Proc CERN Accelerator School CERN 87 03 534-569 (CERN Geneva 1987) 21. Poth H Phys Rep (in the press) 22. Poth H (ed ) Proc Workshop on Electron Cooling and Related Applications (ECOOL84) (KfK 3846 Karlsruhe 1985) 23. Spitzer L Mon Not R asir Soc 100, 396-405 (1940) 24. Spitzer L Physics of Fully Ionized Gases (Interscience Publishers New York 1956) 25. Habfast C et al Phys Scripta T22, 277-281 (1988) 26. Poth H et al Proc 4th Workshop on Physics at LEAR with Cooled Low Energy Antiprotons (eds Amsler C ei al) 121 (Harwood Academic Chur 1988) 27. Poth H el Z Phys A332,171-188 (1989) 28. Wolf A et Proc 1st European Accelerator Physics Conf (ed Tazzari S ) 205 (World Scientific Singapore 1989) 29. Parkhomchuk V V & Pestrikov D V Soviet Phys Tech Phys 25, 818-822 (1980) 30. Dikansky N S & Pestrikov D V Proc workshop on Electron Cooling and Related Applications (ECOOL 84) 275 (KfK 2846 Karlsruhe 1985) 31. Dementev E N Dikansky N S Medvedko A S Parkhomchuk V V & Pestrikov D V Soviet Phys Tech Phys 25, 1001-1003 (1980) 32. Parkhomchuk V V Proc Workshop on Electron Cooling and Related Applications (ECOOL 84) 71 (KfK 3846 Karlsruhe 1985) 33. Schiffer J P & Kienle P Z Phys A321, 181 (1985) 34. Rahman A & Schiffer J P Phys Rev Lett 57,1133-1136 (1986) 35. Habs D Frontiers of Particle Beams (eds Month M & Turner S ) 310 (Springer Berlin 1986) 36. Hasse R W Hof mann l & Liesen D (eds) Proc Workshop on Crystalline Ion Beams (GSI Report GSI 89 10) (GSI Darmstadt 1989) 37. Dikansky MS et al Proc 1st European Accelerator Physics Conf (ed Tazzari S ) 529 (World Scientific Singapore 1989) 38. Bell M & Bell J S Particle Accelerators 12, 49-52 (1982) 39. Gabnelse G ef Phys Rev Lett 63, 1360-1363 (1989) 40. Friesel D L et al Nucnstrum Meth B40/41, 927-933 (1989) 41. Pollock R E IEEE Trans Nucl Sei NS-30, 2056-2060 (1983) 42. Jaeschke E et Proc 1st European Accelerator Physics Conf (ed Tazzari S ) 365 (World Scientific Singapore 1989) 43. Eckstrom C ei al Phys Scripta T22, 256-268 (1988) 44. Stensgard R Phys Scripta T22, 315-317 (1988) 45. Franzke B Nucnstrum Meth B24/25,18-25 (1987) 46. Noda A el IEEE Trans Nucei NS-32, 2684-2688 (1985) 47. Herrlander C J Bny A Rensfelt K G & Starker J Phys Scripta T22, 282-285 (1988) 48. Pfister U Proc 1st European Accelerator Physics Conf (ed Tazzari S ) 398 (World Scientific Singapore 1989) 49. Olsen D K ei al Nucl Instrum Meth B24/25, 26-37 (1987) 50. Steffens E ef al Proc 3rd LEAR Workshop on Physics with Cooled Low Energy Antiprotons m the ACOL Era (eds Gastaldi U Klapisch R Richard J -M & Tran Thanh Van J ) 245 (Editions Frontieres Gif sur Yvette 1984) 51. Ericson T E 0 Proc Workshop on Nuclear Physics with Stored Cooled Beams (eds Schwandt P & Meyer H 0 ) 172 (American Institute of Physics New York 1985) 52. Kilian K Proc Workshop on Nuclear Physics with Stored Cooled Beams (eds Schwandt P & Meyer H 0 ) 319 (American Institute of Physics New York 1985) 53. Datz S Andersen L H Briand J -P & Liesen, D Phys Scripta T22, 224-227 (1988) 54. Poth H & Wolf A Phys Lett A94,135-138 (1983) 55. Poth H Z Phys A326, 483-486 (1987) 56. Poth H & Wolf A (eds) Proc Symp on the Production and Investigation of Atomic Antimatter (ANTIMATTER 87) (Scientific Publishing Company Basel 1988)
Author information
Authors and Affiliations
Rights and permissions
About this article
Cite this article
Poth, H. Applications of electron cooling in atomic, nuclear and high-energy physics. Nature 345, 399–405 (1990). https://doi.org/10.1038/345399a0
Issue Date:
DOI: https://doi.org/10.1038/345399a0
- Springer Nature Limited
This article is cited by
-
Experimental demonstration of optical stochastic cooling
Nature (2022)
-
Radiative recombination rates with different statistical distributions
Zeitschrift f�r Physik D: Atoms, Molecules and Clusters (1993)
-
Laser-stimulated formation and stabilization of antihydrogen atoms
Hyperfine Interactions (1993)