The texture and microstructure of rolled and annealed pure Ta was investigated by means of quantitative texture analysis and metallography. The rolling textures were discussed using simulations according to Relaxed Constraints Taylor Theory. The annealed samples revealed recovery and continuous recrystallization for weak rolling degrees and low annealing temperatures and discontinuous recrystallization for high deformations and high annealing temperatures
Various V-Ta-4Cr-4Ti quaternary alloys containing different amounts of Ta were investigated to deter...
The nanocontact plastic behaviour of single-crystalline Ta (1¿0¿0), Ta (1¿1¿0) and Ta (1¿1¿1) was st...
Microstructure and crystallographic texture are the key factors that determine the properties of spu...
The evolution of texture and microstructure uniformity in high-purity tantalum (Ta) sheets during 13...
One hundred and thirty-five degree clock rolling significantly improves the texture homogeneity of t...
Microstructure and crystallographic texture are the key factors that determine the sputtering target...
The texture and the bulk stored energy along the thickness direction were extremely inhomogeneous in...
We have examined the mechanical response of unalloyed Ta and Ta-W alloy annealed plates over a wide ...
Controlling the microstructure homogeneity is crucial in achieving high quality tantalum (Ta) sputte...
International audienceIn order to study the influence of recovery, various pre-recovery treatments a...
Abstract: Bulk ultrafine-grained (UFG) pure Ta had been suc-cessfully prepared by equal channel angu...
Plastic deformation, static recovery and recrystallization in pure tantalum are analyzed in the pres...
The microstructural evolution in high-strain, high-strain-rate deformation of annealed tantalum and ...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Weak subdivision or fragmentation ability of deformed {100} ( // ND, normal direction) grains by tra...
Various V-Ta-4Cr-4Ti quaternary alloys containing different amounts of Ta were investigated to deter...
The nanocontact plastic behaviour of single-crystalline Ta (1¿0¿0), Ta (1¿1¿0) and Ta (1¿1¿1) was st...
Microstructure and crystallographic texture are the key factors that determine the properties of spu...
The evolution of texture and microstructure uniformity in high-purity tantalum (Ta) sheets during 13...
One hundred and thirty-five degree clock rolling significantly improves the texture homogeneity of t...
Microstructure and crystallographic texture are the key factors that determine the sputtering target...
The texture and the bulk stored energy along the thickness direction were extremely inhomogeneous in...
We have examined the mechanical response of unalloyed Ta and Ta-W alloy annealed plates over a wide ...
Controlling the microstructure homogeneity is crucial in achieving high quality tantalum (Ta) sputte...
International audienceIn order to study the influence of recovery, various pre-recovery treatments a...
Abstract: Bulk ultrafine-grained (UFG) pure Ta had been suc-cessfully prepared by equal channel angu...
Plastic deformation, static recovery and recrystallization in pure tantalum are analyzed in the pres...
The microstructural evolution in high-strain, high-strain-rate deformation of annealed tantalum and ...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Weak subdivision or fragmentation ability of deformed {100} ( // ND, normal direction) grains by tra...
Various V-Ta-4Cr-4Ti quaternary alloys containing different amounts of Ta were investigated to deter...
The nanocontact plastic behaviour of single-crystalline Ta (1¿0¿0), Ta (1¿1¿0) and Ta (1¿1¿1) was st...
Microstructure and crystallographic texture are the key factors that determine the properties of spu...