The spin-spin effect in the total neutron cross section of polarized neutrons on polarized 165Ho

Fasoli, U.; Galeazzi, G.; Pavan, P.; Toniolo, D.; Zago, G.; Zannoni, R.

doi:10.1016/0375-9474(78)90519-5

Nuclear Physics A

1978

DOI: 10.1016/0375-9474(78)90519-5

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The spin-spin effect in the total neutron cross section of polarized neutrons on polarized 165Ho

U. Fasoli

G. Galeazzi

P. Pavan

et al.

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1982

1985

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Cited by 5 publications

References 15 publications

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Static nuclear polarisation and polarised targets

Heeringa

1985

Hyperfine Interact

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Recent progress and status of statically polarised nuclear targets are reviewed. Special attention is given to polarised 1 H and 3 He. An important quantity in the determination of the target polarisation is the thermal gradient over the target sample. The dependence of this gradient on heat input, sample geometry, and thermal conductivity of the sample is discussed. Possibilities of performing experiments with proton beams are indicated. ZUSAMMENFASSUNGEs wird ein überblick über Stand und neueste Fortschritte statisch polarisierter Targets für kernphysikalische Streuexperimente gegeben. Besondere Aufmerksamkeit wird polarisiertem 1 H und 3 He gewidmet. Eine wichtige Größe für die Bestimmung der Targetpolarisation ist der thermische Gradient über die Targetprobe. Die Abhängigkeit des Gradienten von Wärmefluß, Targetgeometrie und spezifischer Wärmeleitfähigkeit des Probenmaterials wird diskutiert. Möglichkeiten der Durchführung von Experimenten mit Protonenstrahlen werden angegeben. CONTENTS

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Static nuclear polarisation and polarised targets

Heeringa

1985

Hyperfine Interact

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Investigation of spin dependence of neutron cross sections and of strength functions for rare earth nuclei in experiments with polarized neutrons and nuclei

et al. 1982

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The neutron optical potential

Hodgson

1984

Rep. Prog. Phys.

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The nucleon optical model is described, with particular reference to the analysis of neutron scattering and reaction cross sections. The central, spin-orbit and isospin terms in the potential are defined and the results of phenomenological determinations of their parameters reviewed. The methods used to determine the asymmetry and isospin terms are described in detail. The optical potential at negative energies may be determined from the properties of the single-particle states and thus enables its behaviour at both positive and negative energies to be studied. Some of the methods used to calculate the optical potential from the nucleon-nucleon interaction are described and the results compared with the phenomenological potential. The coupledchannels formalism enables both elastic and inelastic scattering from collective nuclei to be analysed simultaneously. Some analyses made in this way are reviewed, together with similar analyses of charge-exchange isobaric analogue state reactions.

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The spin-spin effect in the total neutron cross section of polarized neutrons on polarized 165Ho

Cited by 5 publications

References 15 publications

Static nuclear polarisation and polarised targets

Static nuclear polarisation and polarised targets

Investigation of spin dependence of neutron cross sections and of strength functions for rare earth nuclei in experiments with polarized neutrons and nuclei

The neutron optical potential

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