The problem of hydrogen embrittlement, which adversely affects the quality and mechanical properties of electroformed iron-nickel alloy foil, is considered. Heat-treatment, such as annealing, can reduce these effects of hydrogen embrittlement. The electroformed metal can also be converted to alloy steel by carburizing; and by other heat-treatments, such as hardening and tempering, a range of mechanical properties for the foil can be achieved
Hydrogen embrittlement of AISI 304-type austenitic stainless steels has been studied with special em...
Ultra-high strength steels is known to be susceptible for hydrogen embrittlement at very low concent...
Electrodeposited amorphous alloys are extremely brittle as compared to the analogous material prepar...
A method of electroforming smooth, bright, iron-nickel alloy foil, of thickness about 0.1 111111, is...
In this paper the results of investigations on the hydrogen embrittlement of nickel base INCONEL 600...
A study was performed to investigate the hydrogen embrittlement behavior of 18-Ni 300 maraging steel...
In this work, the behavior of hydrogen embrittlement and corrosion of nickel, cadmium and copper ele...
A study was performed to investigate the hydrogen embrittlement behavior of 18-Ni 300 maraging steel...
A study was performed to investigate the hydrogen embrittlement behavior of 18-Ni 300 maraging steel...
A study was performed to investigate the hydrogen embrittlement behavior of 18-Ni 300 maraging steel...
A study was performed to investigate the hydrogen embrittlement behavior of 18-Ni 300 maraging steel...
A study was performed to investigate the hydrogen embrittlement behavior of 18-Ni 300 maraging steel...
An alternative to conventional process for the preparation of soft magnetic metal foils of Fe, Fe-Ni...
A study was performed to investigate the hydrogen embrittlement behavior of 18-Ni 300 maraging steel...
Hydrogen embrittlement of AISI 304-type austenitic stainless steels has been studied with special em...
Hydrogen embrittlement of AISI 304-type austenitic stainless steels has been studied with special em...
Ultra-high strength steels is known to be susceptible for hydrogen embrittlement at very low concent...
Electrodeposited amorphous alloys are extremely brittle as compared to the analogous material prepar...
A method of electroforming smooth, bright, iron-nickel alloy foil, of thickness about 0.1 111111, is...
In this paper the results of investigations on the hydrogen embrittlement of nickel base INCONEL 600...
A study was performed to investigate the hydrogen embrittlement behavior of 18-Ni 300 maraging steel...
In this work, the behavior of hydrogen embrittlement and corrosion of nickel, cadmium and copper ele...
A study was performed to investigate the hydrogen embrittlement behavior of 18-Ni 300 maraging steel...
A study was performed to investigate the hydrogen embrittlement behavior of 18-Ni 300 maraging steel...
A study was performed to investigate the hydrogen embrittlement behavior of 18-Ni 300 maraging steel...
A study was performed to investigate the hydrogen embrittlement behavior of 18-Ni 300 maraging steel...
A study was performed to investigate the hydrogen embrittlement behavior of 18-Ni 300 maraging steel...
An alternative to conventional process for the preparation of soft magnetic metal foils of Fe, Fe-Ni...
A study was performed to investigate the hydrogen embrittlement behavior of 18-Ni 300 maraging steel...
Hydrogen embrittlement of AISI 304-type austenitic stainless steels has been studied with special em...
Hydrogen embrittlement of AISI 304-type austenitic stainless steels has been studied with special em...
Ultra-high strength steels is known to be susceptible for hydrogen embrittlement at very low concent...
Electrodeposited amorphous alloys are extremely brittle as compared to the analogous material prepar...