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Title of Journal: Il Nuovo Cimento 19551965

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Abbravation: Il Nuovo Cimento (1955-1965)

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Società Italiana di Fisica

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DOI

10.1007/s00707-011-0453-7

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1827-6121

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Muon capture in certain light nuclei

Authors: A Fujii H Primakoff
Publish Date: 1959/05/01
Volume: 12, Issue: 4, Pages: 327-355
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Abstract

The rates of the muon capture reactions µ+ 2 3 He→ 1 3 +v µ−+ 3 6 Li→ 2 6 He+v µ−+ 6 12 C→ 5 12 B+v with the daughter nuclei formed in their ground states are calculated assuming ≪ universality ≫ between muonbare nucleon and electronbare nucleon coupling constants The ≪ induced ≫ pseudoscalar interaction and the additional terms arising from the assumption of a ≪ conserved vector current ≫ are included in the muonnucleon effective Hamiltonian The ratios of the nuclear matrix elements for the muon captures and for the corresponding ßdecays are first estimated in an approximately ≪ model independent ≫ fashion using appropriate nuclear proton density distribution functions and then evaluated in more detail on the basis of variational trial wave functions for 2 3 He 1 3 H and of LS coupling andjj coupling shell model wave functions with configuration mixing for 3 6 Li 2 6 He and 6 12 C 5 12 B respectively The calculated capture rate for µ−+ 6 12 C → 5 12 B+v is in agreement with experiment — experiments however are not yet available in the other two casesSi calcolano le percentuali delle reazioni per cattura di muoni µ§−+ 2 3 He → 1 3 H+v µ−+ 3 6 Li→ 2 6 He+v µ−+ 5 12 C → 5 12 B + v coi nuclei che ne derivano prodotti nei loro stati fondamentali assumendo 1’≪ universalitá ≫ tra le costanti d’accoppiamento muonenueleone nudo ed elettronenucleone nudo L’interazione pseudoscalare ≪ indotta ≫ e i termini addizionali derivanti dall’assunzione di una ≪ corrente vettoriale conservata ≫ sono inclusi nell’Hamiltoniana effettiva muonenucleone I rapporti degli elementi della materia nucleare per le catture dei muoni e pei corrispondenti decadimenti ß si stimano dapprima in modo approssimato ≪ indipendentemente da modelli ≫ usando opportune funzioni di distribuzione della densità protonica nucleare e poi si calcolano più dettagliatamente sulla base di funzioni d’onda variazionali di prova per 2 3 He 1 3 H e funzioni d’onda d’accoppiamento LS ejj del modello a shell con mistura di configurazioni per 3 6 Li 2 6 He e 6 12 C 5 12 B rispettivamente La percentuale di cattura calcolata perπ−+ 6 12 C→ 5 12 B+v si accorda con l’esperienza mancano tuttavia le esperienze per gli altri due casi


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  4. Remarks on the generators of the SU 3 group
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  6. Determination of the ultrasonic absorption coefficient in liquids by the thermal method
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  8. Large-angle cross-sections p+p→A+B and π+p→A+B at high energies predicted by the statistical model
  9. The equilibrium phase transition in liquid helium
  10. The range in G5 nuclear emulsion of protons with energies 87, 118 and 146 MeV
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  12. A novel approach to elementary scattering theory
  13. Compound-nucleus radiative capture cross-section in the mev energy-range and nuclear-level density
  14. Sur le calcul des constantes vibrationnelles de l’oxyde azoteux
  15. Polarization effects in bremsstrahlung
  16. A renormalized, ghost-free lee model
  17. Investigation of the possibility of a π-λ resonance in the case of different parities of λ and ɛ
  18. The high-energy muon flux at sea level obtained from an observation of the burst-size spectrum
  19. $$\bar K - \mathcal{N}$$ scattering in the mandelstam representationscattering in the mandelstam representation
  20. 232 Th and 238 U fission induced by low-energy monochromatic γ-rays
  21. Representations of the Poincaré group associated to complex energy-momentum
  22. Representations of the Poincaré group associated to complex energy-momentum
  23. On the measurements of ionization in nuclear plates
  24. On the energy and pulse spectra of a fast ionization chamber
  25. The scattering of photons by photons
  26. On a new approach to alpha-decay and its application to the angular correlation of the decay $${}^{233}U\mathop \to \limits_\alpha {}^{229}Th\mathop \to \limits_\gamma {}^{229}Th$$
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  36. Pion-hyperon scattering
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  38. A formalism for parity-nonconserving reactions. — I
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