Abstract
We present a model based upon string dynamics for the small x and large k{sub perp} parts of the structure functions of a hadron. These ocean partons are taken as those available in the virtual string states, which aer resolved by the field pulse Q, in case the process is considered as a measuring process. The resulting distributions will for sufficiently small x behave as l/x in case we use the prescriptions of the Lund Dipole Model and the Scott Radiation model.
Citation Formats
Andersson, Bo, and Loennblad, L.
A string-dynamical description of gluon and ocean quark structure functions.
Sweden: N. p.,
1991.
Web.
Andersson, Bo, & Loennblad, L.
A string-dynamical description of gluon and ocean quark structure functions.
Sweden.
Andersson, Bo, and Loennblad, L.
1991.
"A string-dynamical description of gluon and ocean quark structure functions."
Sweden.
@misc{etde_10135960,
title = {A string-dynamical description of gluon and ocean quark structure functions}
author = {Andersson, Bo, and Loennblad, L}
abstractNote = {We present a model based upon string dynamics for the small x and large k{sub perp} parts of the structure functions of a hadron. These ocean partons are taken as those available in the virtual string states, which aer resolved by the field pulse Q, in case the process is considered as a measuring process. The resulting distributions will for sufficiently small x behave as l/x in case we use the prescriptions of the Lund Dipole Model and the Scott Radiation model.}
place = {Sweden}
year = {1991}
month = {Jun}
}
title = {A string-dynamical description of gluon and ocean quark structure functions}
author = {Andersson, Bo, and Loennblad, L}
abstractNote = {We present a model based upon string dynamics for the small x and large k{sub perp} parts of the structure functions of a hadron. These ocean partons are taken as those available in the virtual string states, which aer resolved by the field pulse Q, in case the process is considered as a measuring process. The resulting distributions will for sufficiently small x behave as l/x in case we use the prescriptions of the Lund Dipole Model and the Scott Radiation model.}
place = {Sweden}
year = {1991}
month = {Jun}
}