Supersymmetrical models of elementary particles - physics for accelerators of a new family

A minimum set of particles included in the model based on N=1 supersymmetry is enumerated. Two methods of supersymmetry distortion are considered: 1) explicit soft when asymmetric members are introduced into the lagrangian and square divergences are compensated in all the orders of the perturbation theory; 2) spontaneous, when supersymmetrical lagrangian is deprived of supersymmetrical vacuUm state. Models in which distortion of global supersymmetry takes place at the expense of supergravity effects are considered. The problem of hierarchy in theories of great unification existence of two scales of masses differing by 13 orders (102 GeV and 1015 GeV) in parameters of ligneous lagrangian and absence of their mixing with each other at the expense of radiation correction is discussed