ON THE ELECTROWEAK ONE-LOOP CORRECTIONS

One-loop electroweak corrections are rederived and analysed in a simpl e and straightforward way by using a set of natural and convenient par ameters. As examples we consider the ratio of masses of the W and Z bo sons, m(W)/m(Z), and the axial and vector couplings of leptonic Z deca ys, g(A) and g(V). In the framework of the minimal standard model, eac h of these quantities is presented as an explicit function of the mass es of the top quark, m(t), and Higgs boson, m(H), and of the phenomeno logical parameter theta, which is expressed in terms of the three quan tities: m(Z), alpha(m(Z)) and G(mu), which are known at present with m uch higher accuracy than other electroweak observables.