Add to ORKGThe surface layers of high-carbon and stainless steel samples, treated by both direct ion implantation of Sn + ions and radiation enhanced diffusion of tin, are analyzed by means of Rutherford backscattering and 119Sn and 57Fe conversion electron Mössbauer spectroscopy. The intermetallic phases formed in the treated surfaces are determined and their thermal evolution is established. The compositions and phase transformations observed in the surfaces of the samples treated by both direct ion implantation and radiation-enhanced diffusion are very similar, and this similarity indicates that these two treatment processes are essentially equivalent for practical applications
Recent investigations have shown that ion implantation of metals at room temperature may induce diff...
We have studied the effects of nitrogen pre-implantation of AISI C1045 steel substrates on the micro...
Ion implantation is an effective technique for designing structural materials for different industry...
The surface layers of high-carbon and stainless steel samples, treated by both direct ion implantati...
The surface layers of pure iron, high-carbon steel and stainless steel, ion implanted with 1 X 1017 ...
The high-temperature oxidation of metallic iron implanted with Sn ions at doses between 5 X 10 15 an...
A thermodynamic analysis of phase transformations taking place during doping of steel with tungsten ...
In this study, the effect of a plasma ion carburizing process to duplex and superduplex stainless st...
The formation of intermetallic phases influences the properties of commercial alloys. CEMS can be us...
The microstructure and chemistry of TiN coatings on AISI 304 stainless steel was analyzed by an ener...
Iron nitride and carbonitride phases formed during nitrogen implantation and subsequent thermal anne...
Recent work on austenitic stainless steels has indicated that low energy, high current density nitro...
We study the effects of radiation damage on interdiffusion and intermetallic phase formation at the ...
This paper is based on the study of intermetallic phase formation during aging between 850°C and 950...
Commercial rolled AISI 321 stainless steel samples were irradiated with Al+ ions with an energy of 8...
Recent investigations have shown that ion implantation of metals at room temperature may induce diff...
We have studied the effects of nitrogen pre-implantation of AISI C1045 steel substrates on the micro...
Ion implantation is an effective technique for designing structural materials for different industry...
The surface layers of high-carbon and stainless steel samples, treated by both direct ion implantati...
The surface layers of pure iron, high-carbon steel and stainless steel, ion implanted with 1 X 1017 ...
The high-temperature oxidation of metallic iron implanted with Sn ions at doses between 5 X 10 15 an...
A thermodynamic analysis of phase transformations taking place during doping of steel with tungsten ...
In this study, the effect of a plasma ion carburizing process to duplex and superduplex stainless st...
The formation of intermetallic phases influences the properties of commercial alloys. CEMS can be us...
The microstructure and chemistry of TiN coatings on AISI 304 stainless steel was analyzed by an ener...
Iron nitride and carbonitride phases formed during nitrogen implantation and subsequent thermal anne...
Recent work on austenitic stainless steels has indicated that low energy, high current density nitro...
We study the effects of radiation damage on interdiffusion and intermetallic phase formation at the ...
This paper is based on the study of intermetallic phase formation during aging between 850°C and 950...
Commercial rolled AISI 321 stainless steel samples were irradiated with Al+ ions with an energy of 8...
Recent investigations have shown that ion implantation of metals at room temperature may induce diff...
We have studied the effects of nitrogen pre-implantation of AISI C1045 steel substrates on the micro...
Ion implantation is an effective technique for designing structural materials for different industry...