Colloidal and thermal stabilities of magnetic fluids define the service life of magneto-liquid equipment. The results of the research into colloidal and thermal stabilities of original synthesized magnetic fluids based on kerosene, siloxane fluid and synthetic hydrocarbon oil are presented. The method of carrying agent substitution was used in the research into colloidal stability. The thermal tests were conducted in the research into thermal stability. The conclusions about the prospects of synthesized magnetic fluids using in technical equipment are made on the basis of received experimental data. When you are citing the document, use the following link http://essuir.sumdu.edu.ua/handle/123456789/3366
Common heat transfer fluids have low thermal conductivities, which decrease their efficiency in many...
Common heat transfer fluids have low thermal conductivities, which decrease their efficiency in many...
Common heat transfer fluids have low thermal conductivities, which decrease their efficiency in many...
Stability of magnetic fluids in magnetic fields is one of the major factors determining the possibil...
Synthesis and characterization of colloids of thermally stable ferrofluids with higher magnetization...
This thesis is a study of the preparation and thermodynamic properties of magnetic colloids. First, ...
In the field of tribology, magnetic lubricating oils are promising, in which polymers are used to in...
In this thesis, we have studied the thermodynamic stability of magnetic fluids, also called ferrofl...
Ferrofluids prepared by grinding techniques and studied for viscosity and stability after fatty acid...
The heat produced by magnetic nanoparticles, when they are submitted to a time-varying magnetic fiel...
This study is focused on the optimization of oil-based magnetic fluid preparation. Soft magnetic mat...
Sedimentation in magnetorheological (MR) fluids is undesirable for many technological applications. ...
Virtually all clinical applications of magnetic nanoparticles (MNPs) require the formulation of bioc...
Magnetic fluids which constitute a suspension of magnetic nanoparticles in a carrier liquid are term...
Common heat transfer fluids have low thermal conductivities, which decrease their efficiency in many...
Common heat transfer fluids have low thermal conductivities, which decrease their efficiency in many...
Common heat transfer fluids have low thermal conductivities, which decrease their efficiency in many...
Common heat transfer fluids have low thermal conductivities, which decrease their efficiency in many...
Stability of magnetic fluids in magnetic fields is one of the major factors determining the possibil...
Synthesis and characterization of colloids of thermally stable ferrofluids with higher magnetization...
This thesis is a study of the preparation and thermodynamic properties of magnetic colloids. First, ...
In the field of tribology, magnetic lubricating oils are promising, in which polymers are used to in...
In this thesis, we have studied the thermodynamic stability of magnetic fluids, also called ferrofl...
Ferrofluids prepared by grinding techniques and studied for viscosity and stability after fatty acid...
The heat produced by magnetic nanoparticles, when they are submitted to a time-varying magnetic fiel...
This study is focused on the optimization of oil-based magnetic fluid preparation. Soft magnetic mat...
Sedimentation in magnetorheological (MR) fluids is undesirable for many technological applications. ...
Virtually all clinical applications of magnetic nanoparticles (MNPs) require the formulation of bioc...
Magnetic fluids which constitute a suspension of magnetic nanoparticles in a carrier liquid are term...
Common heat transfer fluids have low thermal conductivities, which decrease their efficiency in many...
Common heat transfer fluids have low thermal conductivities, which decrease their efficiency in many...
Common heat transfer fluids have low thermal conductivities, which decrease their efficiency in many...
Common heat transfer fluids have low thermal conductivities, which decrease their efficiency in many...