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[en] A multiquark clustering effect has been invoked to supplement the conventional hadronic approach to develop a form factor theory consistent with the high momentum transfer region in the hadron-quark hybrid model. In this model the nuclear charge form factor of 4He has been calculated in the relativistic and non-relativistic harmonic oscillator bases for the quark and hadronic parts of the wave function respectively. The results indicate a reasonable agreement with the observed data and predict the presence of N (1520) baryon
Journal
[en] The charge form factor of 3He has been calculated in the hadron-quark hybrid (HQH) model with no-relativistic and relativistic harmo-oscillator bases for the hadronic and quark parts of wave function respectively. A pure S ground state gives a reasonable agreement with the experimental data with a question of a second minimum. The observed data indicate that a second minimum may exist around 70 cm-2 of q2 (momentum transfer). The inclusion of N(1520) baryon in 3He produces a second minimum in the appropriate region
Journal
No abstract available
Journal
Science and Technology in the Islamic World; ISSN 1024-6185; 
; v. 9(2); p. 57-93
; v. 9(2); p. 57-93
[en] The nucleon short-range correlation of Jastrow type has been invoked in simple harmonic oscillator wavefunction of 6Li as the basis. Its effect is noticed significant on the nuclear charge form factor particularly at large momentum transfer. These calculations are in reasonable agreement with the observed data and predict a second minimum at q2 approximately equal 26 fm2 and a third maximum at q2 approximately equal 28 fm-2. The form factor has been evaluated up to q2 approximately equal 50 fm-2 at which |Fsub(ch)| = 9 x 10-12. There is no third minimum and fourth maximum produced within this range. (author)
Journal
Lettere al Nuovo Cimento; ISSN 0024-1318; ; v. 30(10); p. 311-314
; v. 30(10); p. 311-314
No abstract available
Source
Anon; 685 p; ISBN 2-7272-0065-X; ; 1981; p. 77; Commissariat a l'Energie Atomique; Paris, France; 9. International conference on high energy physics and nuclear structure; Versailles, France; 6 - 10 Jul 1981; Available from Laboratoire National Saturne, CEN Saclay, 91191 Gif-sur-Yvette Cedex (France); Published in summary form only.
; 1981; p. 77; Commissariat a l'Energie Atomique; Paris, France; 9. International conference on high energy physics and nuclear structure; Versailles, France; 6 - 10 Jul 1981; Available from Laboratoire National Saturne, CEN Saclay, 91191 Gif-sur-Yvette Cedex (France); Published in summary form only.
No abstract available
Source
Zingl, H.; Haftel, M.; Zankel, H. (Graz Univ. (Austria). Inst. fuer Theoretische Physik) (eds.); Lecture notes in physics; no. 82; p. 338-339; ISBN 3-540-08917-9; ; 1978; p. 338-339; Springer; Berlin, Germany, F.R; 8. international conference on few body systems and nuclear forces; Graz, Austria; 24 - 30 Aug 1978; Short communication only.
; 1978; p. 338-339; Springer; Berlin, Germany, F.R; 8. international conference on few body systems and nuclear forces; Graz, Austria; 24 - 30 Aug 1978; Short communication only.
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