A combination of complementary high-energy X-ray diffraction, containerless solidification
during electromagnetic levitation and transmission electron microscopy is used to map in …

Line defects of dislocations, planar defects of twin boundaries and volume defects of hard
phases were judiciously introduced into Cu–15Ni–8Sn alloy by adding Zr-element and …

A combination of conventional calorimetry, ultra-fast scanning calorimetry and resistive
heating gives access to heating rates exceeding 6 orders of magnitude allowing to probe …

Crystallization of metallic glass is not only affected by undercooling but also influenced by
microstructure. However, the role of structure in the crystallization is still ambiguous. In this …

Details of fast-resistive-heating setups, controlled heating ranging from∼ 10 1 K s− 1 to∼ 10
3 K s− 1, to study in situ phase transformations (on heating and on cooling) in metallic …

Abstract The Cu–15Ni–8Sn-xHf (wt.%, x= 0–0.6) alloys were prepared by vacuum melting,
and the effect of Hf on the micro-structure of as-cast, as-solution-treated and as-aged alloys …

In this study, we produced a novel Zr 50 Cu 25 Ni 7.5 Co 17.5 high-temperature shape
memory alloy with the aim of achieving high thermal stability and a good shape memory …

B33 and Cm phases as martensite products of CuZr-based alloys are still controversial and
even confused. This work identified that the B33 and Cm are martensite products of binary …

CuZr-based alloys are being considered as potential shape memory alloys for use in high-
temperature applications. We have conducted a study on the effects of several alloying …

The nanocalorimetry technique enables measurement of novel thin film materials at non-
equilibrium conditions. This study utilizes the synergy between nanocalorimetry …