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Single- and double-pion production in proton-antiproton nonannihilations at 2.2 GeV/ c

Stringer, T.A. ; Kwak, N. ; Mall, G.H. ; Manweiler, J.E. ; Stump, R.

Nucl. Phys. B32: No. 2, 486-92(1971), 1971-01, Vol.32 (2), p.486-492 [Periódico revisado por pares]

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Título:
Single- and double-pion production in proton-antiproton nonannihilations at 2.2 GeV/ c
Autor: Stringer, T.A. ; Kwak, N. ; Mall, G.H. ; Manweiler, J.E. ; Stump, R.
Assuntos: ANGULAR DISTRIBUTION ; ANNIHILATION ; ANTIPROTONS ; CROSS SECTIONS ; DENSITY MATRIX ; GEV RANGE 01-10 ; INTERACTIONS ; ISOBARIC NUCLEI ; N34250 -Physics (High Energy)-Particle Interactions & Properties (Theoretical)-Strong (Baryon No. = 0) ; PIONS-MINUS ; PIONS-PLUS ; PRODUCTION ; PROTONS ; PROTONS (anti p)/ interactions anti p + p $Yields$ anti p + p + $pi$$sup 0$ at 2.2 GeV/c, OPE models for ; PROTONS (anti p)/interactions anti p + p $Yields$ anti p + p + $pi$$sup +$ + $pi$$sup -$ at 2.2 GeV/c, OPE models for ; PROTONS/interactions anti p + p $Yields$ anti p + p + $pi$$sup +$ + $pi$$sup -$ at 2.2 GeV/c, OPE models for ; PROTONS/interactions anti p + p $Yields$ anti p + p + $pi$$sup 0$ at 2.2 GeV/c, OPE models for
É parte de: Nucl. Phys. B32: No. 2, 486-92(1971), 1971-01, Vol.32 (2), p.486-492
Notas: USDOE
Descrição: The final states p p π o and p p π +π − appear to proceed predominantly through single- and double-isobar production respectively. However, in the p n π − final state the data indicates another mechanism at work. Several OPE models are applied to the production angular distributions, and the density matrices are determined for the double-pion production reaction.
Editor: Elsevier B.V
Idioma: Inglês

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