The hot deformation and dynamic recrystalliztion (DRX) behavior of a high Nb containing TiAl alloy were studied using hot uniaxial compression tests.
Moreover, partial dynamic recrystallization (DRX) behavior of high Mn-high Nb steel was proved by multi-pass plane strain tests.
The recovery and recrystallization behaviors of high Mn-high Nb line pipe steel were investigated by means of thermal-simulation and plane strain tests, and the morphology of prior-austenite grains in different conditions was revealed by special etching method.
The dissolution behavior of Nb in high Nb microalloyed steels was investigated.
Interfaces play a prominent role in the deformation behavior of high-strength Cu Nb layered composites by acting as barriers to slip transmission due to core spreading of glide dislocations within interfaces.
A multi-step heat treatment is proposed to optimize the lamellar structure of as-cast high Nb containing TiAl alloys.
The mass gain of the alloy with high Nb content was smaller than low Nb alloys at 760 and 815 °C, the difference between them decreased at 870 °C.
In this work, we reported a new Ti-Ni-Nb-Zr bulk metallic glass composite with high Nb addition, which is composed of amorphous, β-Nb and shape memory B2-Ti(Ni, Nb) phases.
High Nb particle concentration and low stirring rate led to a higher incorporated Nb particle content.
We can notice that these expressions in NB 6-4 are not only involved in neuronal behavior of NB 6-4 progeny, but also in the behavior of neurons that normally project through PC, and that are also issued from other neuroblasts.
