评述了国际正电子领域的新探测技术--寿命-动量关联技术. 介绍了该技术的发展过程, 讨论了该技术的分析方法, 详细阐述了该技术在Ps形成和热化过程中的应用, 并讨论了该技术在Ps化学上的应用.
参考文献
| [1] | Bell R E, Graham R L. Time Distribution of Positron Annihilation in Liquids and Solids[J]. Phys Rev, 1953, 90: 644. |
| [2] | Maier K, Myllyla R. Positron Lifetime Spectrometer with Beta+ Gamma-Coincidences[M]. In: Hasiguti R R, Fujiwara K ed. Positron Annihilation. Sendai: Japan Institute of Metals, 1979, 829-831. |
| [3] | MacKenzie I K, McKee B T A. A Two-parameter Measurement of the Correlation of Positron Age with the Momentum of the Annihilating Positron-electron Pair[J]. Appl Phys, 1976, 10: 245. |
| [4] | Stoll H, Wesolowski P, Koch M, et al. β+γE Age-momentum-correlation Measurements with an MeV Positron Beam[J]. Materials Science Forum, 1992, 105-110: 1 989. |
| [5] | Kostamovara K, Karras M, Myllyla R. Positron Annihilation[M], In: Coleman P G, Sharma S C, Diana L M ed. North-Holland: Amsterdam, 1982, 868. |
| [6] | Wesolowski P, Maier K, Major J, et al. A Continuous Time-tagged Positron Beam and Its Application to Materials Research[J]. Nucl Instr and Meth, 1992, B68: 468. |
| [7] | Stoll H, Koch M, Maier K, et al. Positron Age-momentum Correlation Studies of Defects and Positronium by an MeV Positron Beam[J]. Nucl Instr and Meth, 1991, B56/57: 582. |
| [8] | Hyodo T, Suzuki N, Saito H, et al. Age-momentum Correlation Study of Positronium, Fine Particle Surface and Monovacancy Formation Energy[J]. Radi Phys and Chem, 2000, 58: 767. |
| [9] | Suzuki R, Ohdaira T, Mikado T, et al. Development of High-rate Correlation System with a Variable-energy Pulsed Positron Beam[J]. Mater Sci For, 2001, 363-365: 661. |
| [10] | Kishimotoi Y, Tanigawa S. Positron Annihilation[M], In: Coleman P G, Sharma S C, Diana L M ed. North-Holland: Amsterdam, 1982, 168, 404, 790, 815. |
| [11] | Seeger A. Slowing-down of Positronium: Analysis of the Age-momentum Correlation[J]. Radi Phys and Chem, 2000, 58: 411. |
| [12] | Siegle A. Positronenzerstrahlung in Kondensierter Materie-eine Untersuchung mit der Mettode der Lebensalter-Impuls-Korrelation[D]. (Dr rer nat). Thesis, Universitat Stuttgart (Cuvillier, Gottingen), ISBN3-89712-129-8, 1998. |
| [13] | Seeger A. Evidence for the Existence of Two Kinds of o-Ps in Condensed Rare Gases and for Irreversible Transitions between Them[J]. Radi Phys and Chem, 2000, 58: 503. |
| [14] | Seeger A. Positronium Formation in Condensed Matter[J]. Mater Sci For, 2001, 363-365: 257. |
| [15] | Stoll H. MeV Positron Beams, In: Positron Beam and Their Applications[M]. In: Coleman P ed. Singapore, New Jersey, London, Hong Kong: World Scientific, 2000, 251. |
| [16] | Stoll H, Koch M, Lauff U, et al. Positron Diffusion in Solids and Liquid Metals[J]. Appl Surf Sci, 1995, 85: 8. |
| [17] | Seeger A. An Analytical Theory of the Slowing Down and the Thermalization of Positrons in Condensed Matter[J]. J Phys, Condens Matter, 1998, 10: 10 461. |
| [18] | Castellaz P, Major J, Mujica C, et al. Chemical Reactions of Positronium Studied by Age-momentum Correlation (AMOC) Using a Relativistic Positron Beam[J]. J Radi Nucl Chem Arti, 1996, 210: 457. |
| [19] | Mogensen O E. Positron Annihilation in Chemistry[M]. Heidelberg: Springer, 1995. |
| [20] | Suzuki N, Nagai Y, Itoh Y, et al. Vacancy Formation Energy of Metals Determined by Using Positron Age-momentum Correlation Technique[J]. Mater Sci For, 2001, 363-365: 185. |
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