Condensed Matter Physics, 1997, No 9, p. 29-46, English <BR>
<A HREF="https://doi.org/10.5488/CMP.9.29"> DOI:10.5488/CMP.9.29</A>

<HR>
<B>Title: </B>CANONICAL FORMALISM FOR DESCRIPTION OF CRITICAL PHENOMENA IN 
SYSTEMS, ISOMORPHIC TO SIMPLE LIQUIDS <BR>

<B>Authors: </B>V.L. Koulinskii, N.P.Malomuzh (Department of Theoretical 
Physics, Odessa State University, 2 Petra Velykogo St., UA-270100 Odessa, 
Ukraine) 

<p>
<blockquote> 
The basic elements of the canonical formalism for description of
the critical phenomena in systems isomorphic to Ising model are
stated. The reduction of the effective Hamiltonian to the
canonical form and numerous consequences of such a transformation
are thoroughly investigated. The shift of fixed point and the critical
exponents of the system are considered.
</blockquote> 
<B>Comments: </B>Figs. 0, Refs. 23, Tabs. 3. <BR>

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