Molten salts are a very relevant member of industrial fluids for high temperature applications,
such as catalytic medium for coal gasification, molten salt oxidation of wastes, heat transfer …

We systematize and review the mathematical models for use in oscillating-cup viscometry to
solve different problems: for analysis of fluid flow and viscometer oscillations, for estimation …

In 1988, reference correlations for the viscosity of a selection of molten inorganic salts were
proposed by Janz and have been used extensively. During the last 31 years, many …

Oscillating-body viscometers have been used in the past to measure, in an absolute way,
the viscosity of molten materials at high temperatures, from salts, metals, alloys, and …

Energy saving is a primary area of concern that needs to be addressed in the global context.
Thermal energy storage is one of multiple ways in which energy saving can be achieved in …

Выполняется анализ крутильно-колебательного вискозиметра для работы в режиме
вынужденных колебаний. Изучаются амплитудно-частотные характеристики …

We analyze the oscillating-cup viscometer to operate in the forced mode. The amplitude-
frequency characteristics are studied for the viscometer with linear and nonlinear fluids …

The electromagnetically driven oscillating cup viscometer is developed to accurately
determine the conductivity and viscosity of molten semiconductors. To reduce the sample's …

We systematize and review the mathematical models for use in oscillating-cup viscometry to
solve different problems: for analysis of fluid flow and viscometer oscillations, for estimation …

The need for efficient and cheap renewable energies led to the development of
Concentrated Solar Plants (CSP), due to their dispatchability, by using thermal storage units …