HEPData Search

Analyzing powers have been measured for the quasi-elastic ( p → , 2p ) scattering in carbon and copper using a KEK 3.5 GeV polarized proton beam. The present result shows relatively larger analyzing powers compared with the ones obtained for carbon in the energy region 0.52–2.8 GeV at Saclay (Saturne). The t -dependence for C and Cu ( p → , 2p ) is compared with a calculation based on the relativistic impulse approximation and is reproduced well.

2 data tables

Table 1

No description provided.

Table 2

No description provided.

Analyzing power of collisions between polarized protons with energies in the range 0.71-GeV to 3.61-GeV and carbon nuclei

Anoshina, E.V. ; Bodyagin, V.A. ; Vardanian, I.N. ; et al.

Phys.Atom.Nucl. 60 (1997) 224-229, 1997.

Inspire Record 457394 DOI 10.17182/hepdata.17091

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3 data tables

Table 1

(C=EXP1) and (C=EXP2) correspond to two different method of event's registration. See text for details.

Table 2

(C=EXP1) and (C=EXP2) correspond to two different method of event's registration. See text for details. Quasielastic events.

Table 3

(C=EXP1) and (C=EXP2) correspond to two different method of event's registration. See text for details. Quasielastic events.

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CM Energies (GeV)

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Measurement of the correlation function of cumulative protons in proton nucleus interaction at 7.5-GeV/c

Correlation Functions of Cumulative Baryons in $p$ a and $\pi$ a Interactions at 3-{GeV}/$c$

ANALYZING POWERS OF QUASIELASTIC C (p, 2 p) AND Cu (p, 2 p) SCATTERING AT 3.5-GeV AND RELATIVISTIC EFFECTS

Analyzing power of collisions between polarized protons with energies in the range 0.71-GeV to 3.61-GeV and carbon nuclei