This article considers the issue of wide implementation in various branches of the national economy caused the intensive growth of electric machines production. Due to the high specific consumption of magnetic materials in the production of electric machines, a very promising direction is the development of waste-free technology of manufacture of magnetic cores and cores by methods of powder metallurgy. The use of powder metallurgy allows reducing losses of electrical steel and eliminating many labor-intensive operations, using powder metallurgy for electrical production, it is possible to obtain sufficiently high efficiency values and reduce hysteresis losses
The magnetic particles, powders, details and technological processes of their obtaintion were studie...
In this paper, first the development process of a soft magnetic composite material for use in motor ...
© 2016 IEEE.The article proposes the procedure of the full-factor design of an experiment on determi...
This article considers the issue of wide implementation in various branches of the national economy ...
The article discusses the methods of using composite soft magnetic alloys for elements of electrical...
The article presents the technological advances and modernizations carried out at national and / or ...
The article proposes the description of technological production process of anisotropic products fro...
The article presents an analysis of the dominant dispersants in the production of the agro-industria...
Powder metallurgy is the manufacturing science of producing solid parts of desired geometry and mate...
The article describes a new technology for the production of steel parts for structural purposes. Th...
The powder metallurgy technique is a well established process for the cost effective production of n...
Modern methods of electro-erosive dispersion of electrically conductive materials that use non-stati...
One of the main directions of engineering technology development at present is the improvement of ex...
The use of different alloying methods for the powder steel production is discussed and some results ...
Předmětem řešení disertační práce jsou legované slitiny FeNi a optimalizace technologie jejich výrob...
The magnetic particles, powders, details and technological processes of their obtaintion were studie...
In this paper, first the development process of a soft magnetic composite material for use in motor ...
© 2016 IEEE.The article proposes the procedure of the full-factor design of an experiment on determi...
This article considers the issue of wide implementation in various branches of the national economy ...
The article discusses the methods of using composite soft magnetic alloys for elements of electrical...
The article presents the technological advances and modernizations carried out at national and / or ...
The article proposes the description of technological production process of anisotropic products fro...
The article presents an analysis of the dominant dispersants in the production of the agro-industria...
Powder metallurgy is the manufacturing science of producing solid parts of desired geometry and mate...
The article describes a new technology for the production of steel parts for structural purposes. Th...
The powder metallurgy technique is a well established process for the cost effective production of n...
Modern methods of electro-erosive dispersion of electrically conductive materials that use non-stati...
One of the main directions of engineering technology development at present is the improvement of ex...
The use of different alloying methods for the powder steel production is discussed and some results ...
Předmětem řešení disertační práce jsou legované slitiny FeNi a optimalizace technologie jejich výrob...
The magnetic particles, powders, details and technological processes of their obtaintion were studie...
In this paper, first the development process of a soft magnetic composite material for use in motor ...
© 2016 IEEE.The article proposes the procedure of the full-factor design of an experiment on determi...