QCD infrared region and calculation of gluon condensates

A method has been proposed to calculate the vacuum expectation values (VEV). It is shown that the nontriviality of these VEV is connected with the presence of a dimensional parameter k02 in QCD, which separates the Euclidean region for virtual momenta into regions ki2 < k02, where the perturbative theory method is valid and into ki2 < k02, where it does not hold. Using the explicit forms of the asymptotics of the Green functions in the infrared region (ki2 < k02) VEV and are calculated whose numeracal values agree with the phenomenological values, and for VEV a theoretical value is given, which predicts the violation of the hypothesis of factorization