Add to ORKGphysics pp. 193–213 The next-to-leading order (NLO) gluon distribution from DGLAP equation and the logarithmic derivatives of the proton structure functio
We present an analysis of the current methods of approximate determination of the gluon density $G(x...
It is shown that the previously noted extreme perturbative instability of the longitudinal structure...
I present a full leading-order calculation of F_2(x,Q^2) and F_L(x,Q^2), including contributions not...
An exact expression for the leading-order (LO) gluon distribution function G(x,Q 2)=xg(x,Q 2) from t...
An analytical solution based on the Laplace transformation technique for the Dokshitzer-Gribov-Lipat...
An analytical solution based on the Laplace transformation technique for the Dokshitzer-Gribov-Lipat...
We present a set of formulas to extract two second-order independent differential equations for the ...
SIGLEAvailable from British Library Document Supply Centre- DSC:8053.4153(RAL--94-036) / BLDSC - Bri...
Recent measurements for F(2)(x,Q(2)) have been analyzed in terms of the "dynamical" and "standard" p...
We present parametrizations for the proton structure function F 2 in the next to leading order in pe...
We recently derived a very accurate and fast new algorithm for numerically inverting the Laplace tra...
Abstract. We obtain a solution of the DGLAP equation for the gluon at low x first by expanding the g...
We present parametrizations for the proton structure function F_2 in the next to leading order in pe...
We present an analysis of the current methods of the approximate determination of the gluon density ...
AbstractThe gluon distribution is dominated by the hard pomeron at small x and all Q2, with no soft-...
We present an analysis of the current methods of approximate determination of the gluon density $G(x...
It is shown that the previously noted extreme perturbative instability of the longitudinal structure...
I present a full leading-order calculation of F_2(x,Q^2) and F_L(x,Q^2), including contributions not...
An exact expression for the leading-order (LO) gluon distribution function G(x,Q 2)=xg(x,Q 2) from t...
An analytical solution based on the Laplace transformation technique for the Dokshitzer-Gribov-Lipat...
An analytical solution based on the Laplace transformation technique for the Dokshitzer-Gribov-Lipat...
We present a set of formulas to extract two second-order independent differential equations for the ...
SIGLEAvailable from British Library Document Supply Centre- DSC:8053.4153(RAL--94-036) / BLDSC - Bri...
Recent measurements for F(2)(x,Q(2)) have been analyzed in terms of the "dynamical" and "standard" p...
We present parametrizations for the proton structure function F 2 in the next to leading order in pe...
We recently derived a very accurate and fast new algorithm for numerically inverting the Laplace tra...
Abstract. We obtain a solution of the DGLAP equation for the gluon at low x first by expanding the g...
We present parametrizations for the proton structure function F_2 in the next to leading order in pe...
We present an analysis of the current methods of the approximate determination of the gluon density ...
AbstractThe gluon distribution is dominated by the hard pomeron at small x and all Q2, with no soft-...
We present an analysis of the current methods of approximate determination of the gluon density $G(x...
It is shown that the previously noted extreme perturbative instability of the longitudinal structure...
I present a full leading-order calculation of F_2(x,Q^2) and F_L(x,Q^2), including contributions not...