Add to ORKGTransparent heat-resistant coatings of 10...30 nm thickness described by (Zr02)х(Y2Oз)у composition are formed on the surface of metals and glasses by thermolysis technique. Produced coatings possess high adhesive strength, high corrosive and abrasive resistance. Nanocrystalline formations are revealed on samples surface, with quan tity of these formations depending on basic solution concentration, formed Іаус number and thermal treatment mode. Ion-beam modification of obtained coatings under mixing mode enables said properties enhancing owing to zirconium oxiboride formation at substrate-coating, interface as a result of ion-beam synthesis
The size particles of ferric, chromyl and copper oxides in the range 20-60 nm has been achieved by t...
Possibility of obtaining of thin crystallization (less than 4 μm) of non-fritt coatings by adding si...
In this paper we investigate the surface topography of coatings based on oxides and dioxins-titanium...
Objective – development of optimal modes of sputtering process and study of the structure, compositi...
The article investigates the calcium-phosphate coatings formed on the surface of polymer films (a co...
A cyclic tension and alternating bending tests of 12Cr1MoV and 30CrMnSiNi2 steels specimens in assup...
As part of the optimization technologies to produce a powder for plasma spraying on the basis of ZrO...
The method for the formation protective coating based on combination of vacuum arc and chemical depo...
The review summarizes results of the investigations in the area of nonsilver photography and continu...
This artcle presents the results of a study of the surface morphology of biocompatible ca-Sydney and...
Using of surface coatings opens up the possibility for a material design in which the specific prope...
In this research, the technological methods for creation of dispersed particles with increased activ...
The paper presents the results of the influence of nanocarbon components on the hardness of thermal ...
One of the effective ways to improve the adhesive properties of biocompatible coatings on implants i...
1. The values of adhesion, hardness and viscosity of applied coatings are determined for various typ...
The size particles of ferric, chromyl and copper oxides in the range 20-60 nm has been achieved by t...
Possibility of obtaining of thin crystallization (less than 4 μm) of non-fritt coatings by adding si...
In this paper we investigate the surface topography of coatings based on oxides and dioxins-titanium...
Objective – development of optimal modes of sputtering process and study of the structure, compositi...
The article investigates the calcium-phosphate coatings formed on the surface of polymer films (a co...
A cyclic tension and alternating bending tests of 12Cr1MoV and 30CrMnSiNi2 steels specimens in assup...
As part of the optimization technologies to produce a powder for plasma spraying on the basis of ZrO...
The method for the formation protective coating based on combination of vacuum arc and chemical depo...
The review summarizes results of the investigations in the area of nonsilver photography and continu...
This artcle presents the results of a study of the surface morphology of biocompatible ca-Sydney and...
Using of surface coatings opens up the possibility for a material design in which the specific prope...
In this research, the technological methods for creation of dispersed particles with increased activ...
The paper presents the results of the influence of nanocarbon components on the hardness of thermal ...
One of the effective ways to improve the adhesive properties of biocompatible coatings on implants i...
1. The values of adhesion, hardness and viscosity of applied coatings are determined for various typ...
The size particles of ferric, chromyl and copper oxides in the range 20-60 nm has been achieved by t...
Possibility of obtaining of thin crystallization (less than 4 μm) of non-fritt coatings by adding si...
In this paper we investigate the surface topography of coatings based on oxides and dioxins-titanium...
