Conductive nanolamellar Cu/martensite wire with high strength

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

Fingerprint

???publication_fingerprints_help???

Material Science

100
Wire Material Science
100
Martensite Material Science
20
Conductivity Material Science
20
Copper Material Science
20
Ultimate Tensile St... Material Science
20
Spring Steel Material Science
20
X-Ray Diffraction Material Science
20
Alloying Material Science
20
Hot Pressing Material Science
20
Electrical Conducti... Material Science
20
Wire Drawing Material Science
20
Liquid Material Science

Keyphrases

100
High Strength Keyphrases
100
Martensite Keyphrases
100
Nanolamellar Keyphrases
50
Deformation Behavio... Keyphrases
50
Cu-Fe Keyphrases
50
Tensile Strength Keyphrases
50
Martensite Structur... Keyphrases
50
Hot Pressing Keyphrases
50
High-temperature X-... Keyphrases
50
Liquid Nitrogen Keyphrases
50
Electrical Conducti... Keyphrases
50
Steel Wire Keyphrases
50
In-situ Tensile Tes... Keyphrases
50
Cu Wire Keyphrases
50
Annealed Copper Keyphrases
50
Austenization Keyphrases
50
Wire Drawing Keyphrases
50
Nano-lamellar Struc... Keyphrases

INIS

100
wires INIS
100
martensite INIS
16
copper INIS
16
deformation INIS
16
x-ray diffraction INIS
16
energy INIS
16
nitrogen INIS
16
annealing INIS
16
liquids INIS
16
steels INIS
16
accounting INIS
16
quenching INIS
16
pressure range mega... INIS
16
rolling INIS
16
drawing INIS
16
forging INIS
16
tensile strength INIS
16
casting INIS
16
hot pressing INIS
16
electrical conducti... INIS
Research OutputsResearch Output authored by Conductive nanolamellar Cu/martensite wire with high strength is tagged with the concept