The 3He(e,e′d)p reaction in (q,ω)-constant kinematics

CM Spaltro; TS Bauer; HP Blok; T Botto; E Cisbani; R De Leo; GE Dodge; R Ent; S Frullani; F Garibaldi; W Glockle; J Golak; MN Harakeh; M Iodice; E Jans; H Kamada; WJ Kasdorp; C Kormanyos; L Lapikas; A Misiejuk; SI Nagorny; GJ Nooren; CJG Onderwater; R Perrino; M van Sambeek; R Skibinski; R Starink; G van der Steenhoven; J. Tjon; MA van Uden; GM Urciuoli; H de Vries; H Witala; M Yeomans

doi:10.1016/S0375-9474(02)00861-8

The ³He(e,e′d)p reaction in (q,ω)-constant kinematics

CM Spaltro, TS Bauer, HP Blok, T Botto, E Cisbani, R De Leo, GE Dodge, R Ent, S Frullani, F Garibaldi, W Glockle, J Golak, MN Harakeh, M Iodice, E Jans, H Kamada, WJ Kasdorp, C Kormanyos, L Lapikas^*, A MisiejukSI Nagorny, GJ Nooren, CJG Onderwater, R Perrino, M van Sambeek, R Skibinski, R Starink, G van der Steenhoven, J. Tjon, MA van Uden, GM Urciuoli, H de Vries, H Witala, M Yeomans

^*Corresponding author for this work

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

Abstract

The cross section for the 3He(e,e′d)p reaction has been measured as a function of the missing momentum pm in (q,ω)-constant kinematics at beam energies of 370 and 576 MeV for values of the three-momentum transfer q of 412, 504 and 604 MeV/c. The L(TT), T and LT structure functions have been separated for q=412 and 504 MeV/c. The data are compared to three-body Faddeev calculations, including meson-exchange currents (MEC), and to calculations based on a covariant diagrammatic expansion. The influence of final-state interactions and meson-exchange currents is discussed. The pm-dependence of the data is reasonably well described by all calculations. However, the most advanced Faddeev calculations, which employ the AV18 nucleon–nucleon interaction and include MEC, overestimate the measured cross sections, especially the longitudinal part, and at the larger values of q. The diagrammatic approach gives a fair description of the cross section, but under(over)estimates the longitudinal (transverse) structure function.

Original language	English
Pages (from-to)	403-417
Number of pages	15
Journal	Nuclear Physics A
Volume	706
Issue number	3-4
DOIs	https://doi.org/10.1016/S0375-9474(02)00861-8
Publication status	Published - 12 Aug 2002
Externally published	Yes

Keywords

He-3(e
e ' d)
E=370
576 MeV
measured sigma(E
theta)
missing momentum dependence
deduced structure functions
reaction mechanism features
three-body Fadeev calculations
FINAL-STATE INTERACTIONS
MESON-EXCHANGE CURRENTS
FEW-NUCLEON SYSTEMS
ELECTRON-SCATTERING
MAGNETIC SPECTROMETER
OPTICAL-PROPERTIES
COVARIANT APPROACH
DEUTERON KNOCKOUT
FULL INCLUSION
NIKHEF-K

Access to Document

10.1016/S0375-9474(02)00861-8

Cite this

Spaltro, CM., Bauer, TS., Blok, HP., Botto, T., Cisbani, E., De Leo, R., Dodge, GE., Ent, R., Frullani, S., Garibaldi, F., Glockle, W., Golak, J., Harakeh, MN., Iodice, M., Jans, E., Kamada, H., Kasdorp, WJ., Kormanyos, C., Lapikas, L., ... Yeomans, M. (2002). The ³He(e,e′d)p reaction in (q,ω)-constant kinematics. Nuclear Physics A, 706(3-4), 403-417. https://doi.org/10.1016/S0375-9474(02)00861-8

@article{074c0a70da5f471d90fff117add26a30,

title = "The 3He(e,e′d)p reaction in (q,ω)-constant kinematics",

abstract = "The cross section for the 3He(e,e′d)p reaction has been measured as a function of the missing momentum pm in (q,ω)-constant kinematics at beam energies of 370 and 576 MeV for values of the three-momentum transfer q of 412, 504 and 604 MeV/c. The L(TT), T and LT structure functions have been separated for q=412 and 504 MeV/c. The data are compared to three-body Faddeev calculations, including meson-exchange currents (MEC), and to calculations based on a covariant diagrammatic expansion. The influence of final-state interactions and meson-exchange currents is discussed. The pm-dependence of the data is reasonably well described by all calculations. However, the most advanced Faddeev calculations, which employ the AV18 nucleon–nucleon interaction and include MEC, overestimate the measured cross sections, especially the longitudinal part, and at the larger values of q. The diagrammatic approach gives a fair description of the cross section, but under(over)estimates the longitudinal (transverse) structure function.",

keywords = "He-3(e, e ' d), E=370, 576 MeV, measured sigma(E, theta), missing momentum dependence, deduced structure functions, reaction mechanism features, three-body Fadeev calculations, FINAL-STATE INTERACTIONS, MESON-EXCHANGE CURRENTS, FEW-NUCLEON SYSTEMS, ELECTRON-SCATTERING, MAGNETIC SPECTROMETER, OPTICAL-PROPERTIES, COVARIANT APPROACH, DEUTERON KNOCKOUT, FULL INCLUSION, NIKHEF-K",

author = "CM Spaltro and TS Bauer and HP Blok and T Botto and E Cisbani and {De Leo}, R and GE Dodge and R Ent and S Frullani and F Garibaldi and W Glockle and J Golak and MN Harakeh and M Iodice and E Jans and H Kamada and WJ Kasdorp and C Kormanyos and L Lapikas and A Misiejuk and SI Nagorny and GJ Nooren and CJG Onderwater and R Perrino and {van Sambeek}, M and R Skibinski and R Starink and {van der Steenhoven}, G and J. Tjon and {van Uden}, MA and GM Urciuoli and {de Vries}, H and H Witala and M Yeomans",

year = "2002",

month = aug,

day = "12",

doi = "10.1016/S0375-9474(02)00861-8",

language = "English",

volume = "706",

pages = "403--417",

journal = "Nuclear Physics A",

issn = "0375-9474",

publisher = "Elsevier",

number = "3-4",

}

Spaltro, CM, Bauer, TS, Blok, HP, Botto, T, Cisbani, E, De Leo, R, Dodge, GE, Ent, R, Frullani, S, Garibaldi, F, Glockle, W, Golak, J, Harakeh, MN, Iodice, M, Jans, E, Kamada, H, Kasdorp, WJ, Kormanyos, C, Lapikas, L, Misiejuk, A, Nagorny, SI, Nooren, GJ, Onderwater, CJG, Perrino, R, van Sambeek, M, Skibinski, R, Starink, R, van der Steenhoven, G, Tjon, J, van Uden, MA, Urciuoli, GM, de Vries, H, Witala, H & Yeomans, M 2002, 'The ³He(e,e′d)p reaction in (q,ω)-constant kinematics', Nuclear Physics A, vol. 706, no. 3-4, pp. 403-417. https://doi.org/10.1016/S0375-9474(02)00861-8

TY - JOUR

T1 - The 3He(e,e′d)p reaction in (q,ω)-constant kinematics

AU - Spaltro, CM

AU - Bauer, TS

AU - Blok, HP

AU - Botto, T

AU - Cisbani, E

AU - De Leo, R

AU - Dodge, GE

AU - Ent, R

AU - Frullani, S

AU - Garibaldi, F

AU - Glockle, W

AU - Golak, J

AU - Harakeh, MN

AU - Iodice, M

AU - Jans, E

AU - Kamada, H

AU - Kasdorp, WJ

AU - Kormanyos, C

AU - Lapikas, L

AU - Misiejuk, A

AU - Nagorny, SI

AU - Nooren, GJ

AU - Onderwater, CJG

AU - Perrino, R

AU - van Sambeek, M

AU - Skibinski, R

AU - Starink, R

AU - van der Steenhoven, G

AU - Tjon, J.

AU - van Uden, MA

AU - Urciuoli, GM

AU - de Vries, H

AU - Witala, H

AU - Yeomans, M

PY - 2002/8/12

Y1 - 2002/8/12

N2 - The cross section for the 3He(e,e′d)p reaction has been measured as a function of the missing momentum pm in (q,ω)-constant kinematics at beam energies of 370 and 576 MeV for values of the three-momentum transfer q of 412, 504 and 604 MeV/c. The L(TT), T and LT structure functions have been separated for q=412 and 504 MeV/c. The data are compared to three-body Faddeev calculations, including meson-exchange currents (MEC), and to calculations based on a covariant diagrammatic expansion. The influence of final-state interactions and meson-exchange currents is discussed. The pm-dependence of the data is reasonably well described by all calculations. However, the most advanced Faddeev calculations, which employ the AV18 nucleon–nucleon interaction and include MEC, overestimate the measured cross sections, especially the longitudinal part, and at the larger values of q. The diagrammatic approach gives a fair description of the cross section, but under(over)estimates the longitudinal (transverse) structure function.

AB - The cross section for the 3He(e,e′d)p reaction has been measured as a function of the missing momentum pm in (q,ω)-constant kinematics at beam energies of 370 and 576 MeV for values of the three-momentum transfer q of 412, 504 and 604 MeV/c. The L(TT), T and LT structure functions have been separated for q=412 and 504 MeV/c. The data are compared to three-body Faddeev calculations, including meson-exchange currents (MEC), and to calculations based on a covariant diagrammatic expansion. The influence of final-state interactions and meson-exchange currents is discussed. The pm-dependence of the data is reasonably well described by all calculations. However, the most advanced Faddeev calculations, which employ the AV18 nucleon–nucleon interaction and include MEC, overestimate the measured cross sections, especially the longitudinal part, and at the larger values of q. The diagrammatic approach gives a fair description of the cross section, but under(over)estimates the longitudinal (transverse) structure function.

KW - He-3(e

KW - e ' d)

KW - E=370

KW - 576 MeV

KW - measured sigma(E

KW - theta)

KW - missing momentum dependence

KW - deduced structure functions

KW - reaction mechanism features

KW - three-body Fadeev calculations

KW - FINAL-STATE INTERACTIONS

KW - MESON-EXCHANGE CURRENTS

KW - FEW-NUCLEON SYSTEMS

KW - ELECTRON-SCATTERING

KW - MAGNETIC SPECTROMETER

KW - OPTICAL-PROPERTIES

KW - COVARIANT APPROACH

KW - DEUTERON KNOCKOUT

KW - FULL INCLUSION

KW - NIKHEF-K

U2 - 10.1016/S0375-9474(02)00861-8

DO - 10.1016/S0375-9474(02)00861-8

M3 - Article

SN - 0375-9474

VL - 706

SP - 403

EP - 417

JO - Nuclear Physics A

JF - Nuclear Physics A

IS - 3-4

ER -