Schmitt / Arenhövel Complete Atlas of Polarization Observables in Deuteron Photodisintegration Below Pion-Threshold

1991
ISBN: 978-3-7091-9191-0
Verlag: Springer Wien
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, Band 4, 298 Seiten, eBook

Reihe: Few Body Systems Supplementa

For the first time, a complete calculation of all 288 polarization observables of deuteron photodisintegration for polarized photons and an oriented deuteron target is presented for energies below +-production threshold. The observables are calculated within a nonrelativistic framework but with inclusion of lowest-order relativistic effects. Explicit meson exchange currents and isobar configurations as manifestation of subnuclear degrees of freedom are included in the calculation. The sensitivity of the various polarization observables with respect to subnuclear degrees of freedom, to electric and magnetic multipole contributions and to a variety of realistic potential models are systematically investigated. Thus this atlas provides the most detailed and systematic survey on polarization observables of this important process. It allows to analyse the different dynamical properties of the np-system as contained in the various observables and, therefore, will be useful for both theoretical studies and for the planning and evaluation of experiments as well. It serves in addition as an important supplement to the recent general review on deuteron photodisintegration by A. Arenhövel and M. Sanzone (Few-Body Systems, Suppl. 3).

Zielgruppe

Research

Autoren/Hrsg.

Schmitt, K.-M.

Arenhövel, H.

Inhaltsverzeichnis

1 Introductory Notes.- 2 Polarization Observables.- 3 Ingredients of Calculation.- 4 Explanation of Notation.- References.- 5 Atlas of Polarization Observables.- 5.1 Differential Cross Section d?0/d?.- 5.2 Target asymmetries P0,IM1.- 5.3 Target asymmetries Pc,IM1.- 5.4 Target asymmetries Pl,IM1.- 5.5 Proton Polarization P0,IMx(p).- 5.6 Proton Polarization Pc,IMx(p).- 5.7 Proton Polarization Pl,IMx(p).- 5.8 Neutron Polarization P0,IMx(n).- 5.9 Neutron Polarization Pc,IMx(n).- 5.10 Neutron Polarization Pl,IMx(n).- 5.11 Proton Polarization P0,IMy(p).- 5.12 Proton Polarization Pc,IMy(p).- 5.13 Proton Polarization Pl,IMy(p).- 5.14 Neutron Polarization P0,IMy(n).- 5.15 Neutron Polarization Pc,IMy(n).- 5.16 Neutron Polarization Pl,IMy(n).- 5.17 Proton Polarization P0,IMz(p).- 5.18 Proton Polarization Pc,IMz(p).- 5.19 Proton Polarization Pl,IMz(p).- 5.20 Neutron Polarization P0,IMz(n).- 5.21 Neutron Polarization Pc,IMz(n).- 5.22 Neutron Polarization Pl,IMz(n).- 5.23 Proton-Neutron Spin Correlation P0,IMxx.- 5.24 Proton-Neutron Spin Correlation Pc,IMxx.- 5.25 Proton-Neutron Spin Correlation Pl,IMxx.- 5.26 Proton-Neutron Spin Correlation P0,IMyy.- 5.27 Proton-Neutron Spin Correlation Pc,IMyy.- 5.28 Proton-Neutron Spin Correlation Pl,IMyy.- 5.29 Proton-Neutron Spin Correlation P0,IMzz.- 5.30 Proton-Neutron Spin Correlation Pc,IMzz.- 5.31 Proton-Neutron Spin Correlation Pl,IMzz.- 5.32 Proton-Neutron Spin Correlation P0,IMxz.- 5.33 Proton-Neutron Spin Correlation Pc,IMxz.- 5.34 Proton-Neutron Spin Correlation Pl,IMxz.- 5.35 Proton-Neutron Spin Correlation P0,IMzx.- 5.36 Proton-Neutron Spin Correlation Pc,IMzx.- 5.37 Proton-Neutron Spin Correlation Pl,IMzx.- 5.38 Proton-Neutron Spin Correlation P0,IMxy.- 5.39 Proton-Neutron Spin Correlation Pc,IMxy.- 5.40 Proton-Neutron SpinCorrelation Pl,IMxy.- 5.41 Proton-Neutron Spin Correlation P0,IMyx.- 5.42 Proton-Neutron Spin Correlation Pc,IMyx.- 5.43 Proton-Neutron Spin Correlation Pl,IMyx.- 5.44 Proton-Neutron Spin Correlation P0,IMzy.- 5.45 Proton-Neutron Spin Correlation Pc,IMzy.- 5.46 Proton-Neutron Spin Correlation Pl,IMzy.- 5.47 Proton-Neutron Spin Correlation P0,IMyz.- 5.48 Proton-Neutron Spin Correlation Pc,IMyz.- 5.49 Proton-Neutron Spin Correlation Pl,IMyz.