Mechanical alloying of nitrogen into bcc-fe powder is a very effective and efficient means of obtaining very high concentration of nitrogen in micron-size iron particles. Mechanical alloying increases the concentration of nitrogen in the iron powder far in excess of the bcc-Fe lattice low nitrogen solubility, however most of the infused nitrogen resides on the nano-size grain boundaries and in nano-size bct-fe that forms during mechanical alloying
International audienceIn this paper, the efficiency of gas nitriding on pure iron is observed regard...
International audienceIn order to better understand the effect of nitrogen on austenite decompositio...
In austenitic stainless steel nitrogen stabilizes the austenitic phase, improves the mechanical prop...
Mechanical alloying of nitrogen into bcc-fe powder is a very effective and efficient means of obtain...
The production of metal powder by gas atomization typically combines melting at ambient pressure and...
sity, ateri darr Microstructure l io fur nic ech osco der can develop a single austenitic structure ...
By means of friction nitriding (FN) the deformation-induced structure, which includes section of nan...
The present work is focused on the synthesis of CoCrFeMnNi high entropy alloy (HEA) interstitially a...
High nitrogen steels provide excellent mechanical properties and corrosion resistance but are prone ...
Studies of nitrogen implantation in an iron alloy using photoemission electron spectroscopy, sputter...
Mixtures of elemental metal powders consisting of the group 5A and 6A metals, which form the bcc typ...
L'industrie automobile cherche constamment à augmenter la part des pièces fabriquées à partir de tôl...
Nickel is a major alloying element in stainless steel which is added to stabilise the austenite but ...
PhD ThesisWhen binary iron alloys containing strong nitride forming elements such as vanadium, niob...
Nitrogen was first used as the base gas for treating and annealing semifinished products of steel. S...
International audienceIn this paper, the efficiency of gas nitriding on pure iron is observed regard...
International audienceIn order to better understand the effect of nitrogen on austenite decompositio...
In austenitic stainless steel nitrogen stabilizes the austenitic phase, improves the mechanical prop...
Mechanical alloying of nitrogen into bcc-fe powder is a very effective and efficient means of obtain...
The production of metal powder by gas atomization typically combines melting at ambient pressure and...
sity, ateri darr Microstructure l io fur nic ech osco der can develop a single austenitic structure ...
By means of friction nitriding (FN) the deformation-induced structure, which includes section of nan...
The present work is focused on the synthesis of CoCrFeMnNi high entropy alloy (HEA) interstitially a...
High nitrogen steels provide excellent mechanical properties and corrosion resistance but are prone ...
Studies of nitrogen implantation in an iron alloy using photoemission electron spectroscopy, sputter...
Mixtures of elemental metal powders consisting of the group 5A and 6A metals, which form the bcc typ...
L'industrie automobile cherche constamment à augmenter la part des pièces fabriquées à partir de tôl...
Nickel is a major alloying element in stainless steel which is added to stabilise the austenite but ...
PhD ThesisWhen binary iron alloys containing strong nitride forming elements such as vanadium, niob...
Nitrogen was first used as the base gas for treating and annealing semifinished products of steel. S...
International audienceIn this paper, the efficiency of gas nitriding on pure iron is observed regard...
International audienceIn order to better understand the effect of nitrogen on austenite decompositio...
In austenitic stainless steel nitrogen stabilizes the austenitic phase, improves the mechanical prop...