High-fidelity simulation tools are required to treat isotope separation cascades. In the
present work, a multi-objective optimization method based on Whale Optimization Algorithm …

Parameter optimization of a multi-objective cascade in the multi-component mixture like
maximizing of separation work relative to the number of centrifuges has too economical …

Analysis of economical aspects of centrifuge-based separation shows that the bulk of the
cost is proportional to the number of centrifuges in a cascade. In this paper a program which …

In natural uranium, there are trace amounts of the “minor isotope” 234U in addition to the
more abundant 235U and 238U. Uranium irradiated in a reactor and separated from the …

The study is related to the centrifugation process for isotope separation. In a gas centrifuge,
the major part of the rotating gas is modeled by fluid equations with this gas flow described …

The problem of separation of isotopes in a concurrent gas centrifuge is solved analytically
for an arbitrary binary mixture of isotopes. The separative power of the optimised concurrent …

In the fast rotating gas (with the velocity typical for Iguassu gas centrifuge), three families of
linear waves exist with different polarizations and law of dispersion. The energy of the waves …

A method for calcium isotope separation in a plasma centrifuge, with a hot wall and axial
circulation, is examined. The rotation of the weakly ionized calcium plasma is provided by a …

Increasing the speed of rotation in a gas rotating cylinder leads the gas to be transferred to a
small section of the rotating cylinder. The Navier–Stokes equations are conventionally used …

The problem of the gas withdrawal from an Iguassu gas centrifuge (GC) at the speed of
rotation, over 1000 m/s is considered. We focus our attention on the problem of achieving of …