Abstract
The gluon contributions to F{sub L}(x, Q{sup 2}) in O({alpha}{sub s}) are calculated taking into account the transverse momentum of the initial state parton. In comparison with collinear factorization F{sub L}(x, Q{sup 2}), is not affected at large x but takes smaller values in the small x range. The onset of the k{sub {perpendicular}} effect is a function of Q{sup 2}. (orig.)
Citation Formats
Bluemlein, J.
Small x contributions to the structure function F{sub L}(x,Q{sup 2}).
Germany: N. p.,
1994.
Web.
Bluemlein, J.
Small x contributions to the structure function F{sub L}(x,Q{sup 2}).
Germany.
Bluemlein, J.
1994.
"Small x contributions to the structure function F{sub L}(x,Q{sup 2})."
Germany.
@misc{etde_10106230,
title = {Small x contributions to the structure function F{sub L}(x,Q{sup 2})}
author = {Bluemlein, J}
abstractNote = {The gluon contributions to F{sub L}(x, Q{sup 2}) in O({alpha}{sub s}) are calculated taking into account the transverse momentum of the initial state parton. In comparison with collinear factorization F{sub L}(x, Q{sup 2}), is not affected at large x but takes smaller values in the small x range. The onset of the k{sub {perpendicular}} effect is a function of Q{sup 2}. (orig.)}
place = {Germany}
year = {1994}
month = {Aug}
}
title = {Small x contributions to the structure function F{sub L}(x,Q{sup 2})}
author = {Bluemlein, J}
abstractNote = {The gluon contributions to F{sub L}(x, Q{sup 2}) in O({alpha}{sub s}) are calculated taking into account the transverse momentum of the initial state parton. In comparison with collinear factorization F{sub L}(x, Q{sup 2}), is not affected at large x but takes smaller values in the small x range. The onset of the k{sub {perpendicular}} effect is a function of Q{sup 2}. (orig.)}
place = {Germany}
year = {1994}
month = {Aug}
}