Add to ORKG20, 45 under the electron beam heat treating are received and studied. The possible mechanism of layers formation of refractory met-als borides on a surface carbonaceous steel is con-sidered. 1
This paper introduces principle possibility of producing aluminum and titanium boride predetermined ...
Growth kinetics of the boride layers formed on SAE 1035 steel has been investigated during...
AISI D2 is the most commonly used cold-work tool steel of its grade. It offers high hardenability, l...
Abstract – Conditions of formation, structure and properties of boride layers on carbonaceous steel ...
Abstract – Thermodynamic analysis of the Ti-B-C-O and Zr-B-C-O systems was carried out with the aim ...
Abstract – The thermodynamic investigation of equilibrium in Ti–B–C–О system and borides TiB2 synthe...
In this study, fore-vacuum plasma electron beam sources were used to deposit a few micron-thick boro...
Abstract – he paper studies how microalloying with amorphous boron (Bam) and zirconia (ZrO2) influ-e...
A promising way to synthesize new energy materials based on refactory inorganic compounds is self-pr...
We consider a new method for hardening the steel surface, which differs from the known CHT boriding ...
The methods of combined electron-beam treatment of parts made of steel with one- and two-layer coati...
The model of the coating synthesis on the substrate is suggested at the conditions of electron beam ...
This paper considers the technique of obtaining boride-containing nanostructured composite materials...
In this study, an alternative powder-pack boriding mixture containing H3BO3 as boron source was prep...
Synthesis of metal borides is typically undertaken at high temperature using direct combinations of ...
This paper introduces principle possibility of producing aluminum and titanium boride predetermined ...
Growth kinetics of the boride layers formed on SAE 1035 steel has been investigated during...
AISI D2 is the most commonly used cold-work tool steel of its grade. It offers high hardenability, l...
Abstract – Conditions of formation, structure and properties of boride layers on carbonaceous steel ...
Abstract – Thermodynamic analysis of the Ti-B-C-O and Zr-B-C-O systems was carried out with the aim ...
Abstract – The thermodynamic investigation of equilibrium in Ti–B–C–О system and borides TiB2 synthe...
In this study, fore-vacuum plasma electron beam sources were used to deposit a few micron-thick boro...
Abstract – he paper studies how microalloying with amorphous boron (Bam) and zirconia (ZrO2) influ-e...
A promising way to synthesize new energy materials based on refactory inorganic compounds is self-pr...
We consider a new method for hardening the steel surface, which differs from the known CHT boriding ...
The methods of combined electron-beam treatment of parts made of steel with one- and two-layer coati...
The model of the coating synthesis on the substrate is suggested at the conditions of electron beam ...
This paper considers the technique of obtaining boride-containing nanostructured composite materials...
In this study, an alternative powder-pack boriding mixture containing H3BO3 as boron source was prep...
Synthesis of metal borides is typically undertaken at high temperature using direct combinations of ...
This paper introduces principle possibility of producing aluminum and titanium boride predetermined ...
Growth kinetics of the boride layers formed on SAE 1035 steel has been investigated during...
AISI D2 is the most commonly used cold-work tool steel of its grade. It offers high hardenability, l...