Abstract
In this dissertation, we present a model for the nucleon, which is composed by three relativistic quarks interacting through a contract force. The nucleon wave-function was obtained from the Faddeev equation in the null-plane. The covariance of the model under kinematical null-plane boots is discussed. The electric proton form-factor, calculated from the Faddeev wave-function, was in agreement with the data for low-momentum transfers and described qualitatively the asymptotic region for momentum transfers around 2 GeV. (author) 42 refs., 22 figs., 1 tab.
Citation Formats
Araujo, Wilson Roberto Barbosa de.
Proton relativistic model; Modelo relativistico do proton.
Brazil: N. p.,
1995.
Web.
Araujo, Wilson Roberto Barbosa de.
Proton relativistic model; Modelo relativistico do proton.
Brazil.
Araujo, Wilson Roberto Barbosa de.
1995.
"Proton relativistic model; Modelo relativistico do proton."
Brazil.
@misc{etde_636503,
title = {Proton relativistic model; Modelo relativistico do proton}
author = {Araujo, Wilson Roberto Barbosa de}
abstractNote = {In this dissertation, we present a model for the nucleon, which is composed by three relativistic quarks interacting through a contract force. The nucleon wave-function was obtained from the Faddeev equation in the null-plane. The covariance of the model under kinematical null-plane boots is discussed. The electric proton form-factor, calculated from the Faddeev wave-function, was in agreement with the data for low-momentum transfers and described qualitatively the asymptotic region for momentum transfers around 2 GeV. (author) 42 refs., 22 figs., 1 tab.}
place = {Brazil}
year = {1995}
month = {Dec}
}
title = {Proton relativistic model; Modelo relativistico do proton}
author = {Araujo, Wilson Roberto Barbosa de}
abstractNote = {In this dissertation, we present a model for the nucleon, which is composed by three relativistic quarks interacting through a contract force. The nucleon wave-function was obtained from the Faddeev equation in the null-plane. The covariance of the model under kinematical null-plane boots is discussed. The electric proton form-factor, calculated from the Faddeev wave-function, was in agreement with the data for low-momentum transfers and described qualitatively the asymptotic region for momentum transfers around 2 GeV. (author) 42 refs., 22 figs., 1 tab.}
place = {Brazil}
year = {1995}
month = {Dec}
}