Condensed Matter Physics, 1996, No 8, p. 175-180, English
<br><A HREF="https://doi.org/10.5488/CMP.8.175"> DOI:10.5488/CMP.8.175</A>

<hr>

<B>Title: </B>MOSSBAUER ABSORPTION BY IONS IN THE HIGHLY VISCOUS LIQUIDS<BR>
<B>Authors: </B>A.V.Zatovsky, A.V.Zvelindovsky (Department of Theoretical Physics,
 Odessa State University, 2 Petra Velykogo St., UA-270100 Odessa, Ukraine)

 
<p>
<blockquote>
In the framework of hydrodynamic approach dynamical properties of ions are
studied taking into account solvation. Density profile near the ion is
described by the model potential which depends on the distance from the
centre of ion. Amplitude of the potential is considered to be a fluctuating
quantity. Together with random location of ions these amplitude fluctuations
lead to additional disordering of a viscous liquid. For a solvated ion the
linearized hydrodynamical problem is solved. For the model two-parameter
potential, expressions for the dissipation function and diffusion
coefficient are found. Obtained theoretical Mossbauer spectrum has the
asymptotics which is typical for highly viscous liquids.
</blockquote>
<B>Comments: </B>Refs. 15, Tabs. 0, Figs. 0.<BR>

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