Abstract
High-p perpendicular to jets in diffractive p anti p events have revealed a parton structure in the exchanged pomeron. Based in a model using a pomeron structure function dominated by either quarks or gluons we calculate diffractive W/Z production and find observably large cross-sections at the Tevatron energy. The relative quark and gluon content may here be experimentally investigated and the x-shape of their density functions obtained to give new insights on the nature of the pomeron. (orig.)
Bruni, P;
[1]
Ingelman, G
[2]
- Istituto Nazionale di Fisica Nucleare, Bologna (Italy)
- Deutsches Elektronen-Synchrotron (DESY), Hamburg (Germany)
Citation Formats
Bruni, P, and Ingelman, G.
Diffractive W and Z production at p anti p colliders and the pomeron parton content.
Germany: N. p.,
1993.
Web.
Bruni, P, & Ingelman, G.
Diffractive W and Z production at p anti p colliders and the pomeron parton content.
Germany.
Bruni, P, and Ingelman, G.
1993.
"Diffractive W and Z production at p anti p colliders and the pomeron parton content."
Germany.
@misc{etde_10135193,
title = {Diffractive W and Z production at p anti p colliders and the pomeron parton content}
author = {Bruni, P, and Ingelman, G}
abstractNote = {High-p perpendicular to jets in diffractive p anti p events have revealed a parton structure in the exchanged pomeron. Based in a model using a pomeron structure function dominated by either quarks or gluons we calculate diffractive W/Z production and find observably large cross-sections at the Tevatron energy. The relative quark and gluon content may here be experimentally investigated and the x-shape of their density functions obtained to give new insights on the nature of the pomeron. (orig.)}
place = {Germany}
year = {1993}
month = {Feb}
}
title = {Diffractive W and Z production at p anti p colliders and the pomeron parton content}
author = {Bruni, P, and Ingelman, G}
abstractNote = {High-p perpendicular to jets in diffractive p anti p events have revealed a parton structure in the exchanged pomeron. Based in a model using a pomeron structure function dominated by either quarks or gluons we calculate diffractive W/Z production and find observably large cross-sections at the Tevatron energy. The relative quark and gluon content may here be experimentally investigated and the x-shape of their density functions obtained to give new insights on the nature of the pomeron. (orig.)}
place = {Germany}
year = {1993}
month = {Feb}
}