The paper deals with one of the fundamental possibilities of improving magnetohydrodynamic (MHD) pumps based on the integration of effects of elementary MHD minipumps distributed along the pipe through which they transport the considered liquid. The crucial point of the work consists in computer modeling of this integral arrangement (system of minipumps) and presentation of the results that demonstrate their advantages–reduction of electric currents flowing through the minipumps and consequent reduction of the total ohmic losses in the system
Power modules are the most common components to fail in power converters that are employed in mass t...
Power modules are the most common components to fail in power converters that are employed in mass t...
Possibilities of pumping molten metals and salts (as cooling agents in nuclear reactors) by magnetoh...
The paper deals with one of the fundamental possibilities of improving magnetohydrodynamic (MHD) pum...
The paper deals with one of the fundamental possibilities of improving magnetohydrodynamic (MHD) pum...
The paper deals with the numerical modeling of pumping molten metals based on the principle of the m...
Possible exchange of classical mechanical pumps used in cooling loops of nuclear reactors by pumps w...
The paper deals with the numerical modeling of pumping molten metals based on the principle of the m...
This paper presents a novel micropump of which pumping mechanism is based upon magnetohydrodynamic (...
The analyses of the viscous and end effects on a magnetohydrodynamic (MHD) pump for the sodium coola...
e linear annular magnetohydrodynamic (MHD) pump was designed for the purpose of transporting the ele...
AbstractMagneto-hydrodynamic (MHD) principle is an important interdisciplinary field. One of the mos...
Possibilities of pumping molten metals and salts (as cooling agents in nuclear reactors) by magnetoh...
Magneto-hydrodynamic (MHD) principle is an important interdisciplinary field. One of the most import...
Power modules are the most common components to fail in power converters that are employed in mass t...
Power modules are the most common components to fail in power converters that are employed in mass t...
Power modules are the most common components to fail in power converters that are employed in mass t...
Possibilities of pumping molten metals and salts (as cooling agents in nuclear reactors) by magnetoh...
The paper deals with one of the fundamental possibilities of improving magnetohydrodynamic (MHD) pum...
The paper deals with one of the fundamental possibilities of improving magnetohydrodynamic (MHD) pum...
The paper deals with the numerical modeling of pumping molten metals based on the principle of the m...
Possible exchange of classical mechanical pumps used in cooling loops of nuclear reactors by pumps w...
The paper deals with the numerical modeling of pumping molten metals based on the principle of the m...
This paper presents a novel micropump of which pumping mechanism is based upon magnetohydrodynamic (...
The analyses of the viscous and end effects on a magnetohydrodynamic (MHD) pump for the sodium coola...
e linear annular magnetohydrodynamic (MHD) pump was designed for the purpose of transporting the ele...
AbstractMagneto-hydrodynamic (MHD) principle is an important interdisciplinary field. One of the mos...
Possibilities of pumping molten metals and salts (as cooling agents in nuclear reactors) by magnetoh...
Magneto-hydrodynamic (MHD) principle is an important interdisciplinary field. One of the most import...
Power modules are the most common components to fail in power converters that are employed in mass t...
Power modules are the most common components to fail in power converters that are employed in mass t...
Power modules are the most common components to fail in power converters that are employed in mass t...
Possibilities of pumping molten metals and salts (as cooling agents in nuclear reactors) by magnetoh...