He3(p,p)He3 scattering in the energy range 19 to 48 MeV

B. T. Murdoch; D. K. Hasell; A. M. Sourkes; W. T.H. Van Oers; P. J.T. Verheijen; Ronald E. Brown

doi:10.1103/PhysRevC.29.2001

He3(p,p)He3 scattering in the energy range 19 to 48 MeV

B. T. Murdoch^*, D. K. Hasell, A. M. Sourkes, W. T.H. Van Oers, P. J.T. Verheijen, Ronald E. Brown

^*Corresponding author for this work

BT/Design and Engineering Education

Research output: Contribution to journal › Article › Scientific › peer-review

25 Citations (Scopus)

Abstract

Differential cross sections for He3(p,p)He3 elastic scattering have been measured at 11 energies in the laboratory energy range 19.5 to 47.5 MeV. The most forward c.m. angle for the angular distributions varies from 10.1°to 13.4°, and the most backward angle varies from 163.2°to 173.4°. The relative errors in the data are usually less than 2%, and the scale error is 1.5%. The present data, together with analyzing power and total reaction cross section data of others, have been subjected to an energy-dependent phase shift analysis. The extracted phase shifts and the differential cross sections are compared with the results of a simple resonating-group calculation.

Original language	English
Pages (from-to)	2001-2008
Number of pages	8
Journal	Physical Review C
Volume	29
Issue number	6
DOIs	https://doi.org/10.1103/PhysRevC.29.2001
Publication status	Published - 1 Jan 1984

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10.1103/PhysRevC.29.2001

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title = "He3(p,p)He3 scattering in the energy range 19 to 48 MeV",

abstract = "Differential cross sections for He3(p,p)He3 elastic scattering have been measured at 11 energies in the laboratory energy range 19.5 to 47.5 MeV. The most forward c.m. angle for the angular distributions varies from 10.1°to 13.4°, and the most backward angle varies from 163.2°to 173.4°. The relative errors in the data are usually less than 2%, and the scale error is 1.5%. The present data, together with analyzing power and total reaction cross section data of others, have been subjected to an energy-dependent phase shift analysis. The extracted phase shifts and the differential cross sections are compared with the results of a simple resonating-group calculation.",

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T1 - He3(p,p)He3 scattering in the energy range 19 to 48 MeV

AU - Murdoch, B. T.

AU - Hasell, D. K.

AU - Sourkes, A. M.

AU - Van Oers, W. T.H.

AU - Verheijen, P. J.T.

AU - Brown, Ronald E.

PY - 1984/1/1

Y1 - 1984/1/1

N2 - Differential cross sections for He3(p,p)He3 elastic scattering have been measured at 11 energies in the laboratory energy range 19.5 to 47.5 MeV. The most forward c.m. angle for the angular distributions varies from 10.1°to 13.4°, and the most backward angle varies from 163.2°to 173.4°. The relative errors in the data are usually less than 2%, and the scale error is 1.5%. The present data, together with analyzing power and total reaction cross section data of others, have been subjected to an energy-dependent phase shift analysis. The extracted phase shifts and the differential cross sections are compared with the results of a simple resonating-group calculation.

AB - Differential cross sections for He3(p,p)He3 elastic scattering have been measured at 11 energies in the laboratory energy range 19.5 to 47.5 MeV. The most forward c.m. angle for the angular distributions varies from 10.1°to 13.4°, and the most backward angle varies from 163.2°to 173.4°. The relative errors in the data are usually less than 2%, and the scale error is 1.5%. The present data, together with analyzing power and total reaction cross section data of others, have been subjected to an energy-dependent phase shift analysis. The extracted phase shifts and the differential cross sections are compared with the results of a simple resonating-group calculation.

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DO - 10.1103/PhysRevC.29.2001

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JO - Physical Review C

JF - Physical Review C

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ER -

He3(p,p)He3 scattering in the energy range 19 to 48 MeV

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