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abstract: 'In this work we report on the results obtained in a detailed and systematical study of the possibility to measure the parameters appearing in the electroweak chiral lagrangian. The main novelty of our approach is that we do not use the Equivalence Theorem and therefore we work explicitly with all the gauge boson degrees of freedom.'
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21.2cm 16.0cm -1.0in 5 pt -42pt

[**DETERMINATION OF THE ELECTROWEAK CHIRAL-LAGRANGIAN PARAMETERS AT THE LHC**]{} [^1]\
[Departamento de Física Teórica\
Universidad Complutense de Madrid\
28040 Madrid, Spain\
and\
]{} [**M. T. Urdiales**]{} [^2]\
[Departamento de Física Teórica\
Universidad Autónoma de Madrid\
28049 Madrid, Spain\
]{} February 1995\

1.0cm hep-ph/9502255\

20 true cm

Introduction
============

Today it is clear for many physicists that one of the main goals of the future CERN Large Hadron Collider ($LHC$) is to find as much information as possible about the nature of the Standard Model ($SM$) Electroweak Symmetry Breaking ($ESB$) [@M.E.]. In spite of the huge amount of data obtained in the last years at the Large Electron-Positron Collider ($LEP$) it is very few what we really know about the $ESB$. The proposed mechanisms include ideas such as supersymmetry (see [@Susy] and references therein), technicolor [@Techni] 