Zaichik

A slang term for the Belarusian ruble. Literally, the term means "little hare," a reference to the picture of a hare that appeared on banknotes in the 1990s.

References in periodicals archive ?

Breaking Stalin's Nose is told from the first-person viewpoint of a young boy--Sasha Zaichik, who idolizes both his father and the great communist leader, Comrade Stalin.

Social Media, Critical Literacy, and Multicultural Young Adult Literature: A Workable Union?

Zaichik is head of the Laboratory of Theoretical Hydrodynamics at the Nuclear Safety Institute of the Russian Academy of Sciences.

Particles in turbulent flows

By following the theoretical work of Reeks (1993) and Zaichik (1997), the Boussinesq-Prandtl hypothesis is feasible for modeling the particle shear stresses, in the limit of large inertial particles in simple shear flows, as considered in this work.

Evaluacion de los enfoques euleriano y lagrangiano para modelar la fase dispersa en flujos turbulentos no uniformes cargados con particulas

When he first mentions this sunshine patch Kavalerov uses the non-diminutive form and the appropriate adjective, solnechnyi zaiats (sunshine hare), thus calling attention to the metaphoric origins of the sunshine zaichik.

Iurii Olesha: the child behind the metaphor

The PDF models, for example, by Reeks (1991, 1992), Zaichik and Vinberg (1991), Zaichik et al.

Recently Mukin and Zaichik (2012) have proposed a nonlinear algebraic Reynolds stress model for the gas flow laden with small heavy particles based on the PDF approach.

Numerical simulation of grid-generated turbulent particulate flow by three-dimensional Reynolds stress/Dispersse (ohktahked osakesed) vooluse voreturbulentsi arvmodelleerimine kolmemootmelise Reynoldsi pingete mudeliga

of Oil & Gas, Russia) and Zaichik (Krzhizhanovsky Power Engineering Institute, Russia) provides a foundation of statistical methods used in understanding the hydrodynamics of micro particles suspended in fluids.

Statistical microhydrodynamics

t] is the coefficient of turbulent diffusion of particles, which is calculated by the model of Zaichik and Alipchenkov (2005).

Numerical study of upward particulate pipe flows at a constant Reynolds number/Ulessuunatud ohktahkete osakeste toruvooluse numbriline uurimine Reynoldsi kriteeriumi konstantsetel vaartustel

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