Cu-based shape memory alloys are promising materials for functional or intelligent
applications because of its good shape memory properties and low cost. As an additive …

In this work, a new hypothesis for the electrocatalytic behavior of CuO electrodes is
presented. Different from the established mechanism, here we discuss why CuIII species do …

Two Cu-Zn-Al alloys with variable content of Zn (25 and 30 wt%) and constant Al content (4
wt%) prepared by induction melting of pure metals and hot rolled into strips of 0.5 mm …

The greatest challenge of the 21st century is to develop renewable systems of energy, which
are efficient, environmentally friendly, and scalable. In this context, production of hydrogen …

In this paper, a new and low cost copper/cupric oxide nanostructured electrode is presented
as an alternative to the amperometric detection of carbohydrates in high-performance anion …

There is a need to develop highly efficient electrocatalysts based on non‐noble metals
which can be used for water splitting. Thus, to realize an acceptable oxygen evolution …

Abstract shape memory alloys (SMAs) exhibit an interesting research topic. The currentss
limitationss to thes SMAsss is thats the cost of SMAss, mades outs ofs expensive elements …

Abstract Two quaternary Cu-Al-Mn-Ag shape memory alloys with nearly constant Al and Ag
contents and variable content of Mn were prepared by arc melting of pure metals …

Water splitting has emerged as a sustainable, renewable and zero-carbon-based energy
source. Water undergoes hydrogen evolution reaction (HER) and oxygen evolution reaction …

The influence of Ag addition on microstructure and thermal properties of the Cu-10% Al-8%
Mn alloy was investigated in this work. Two alloys with designed compositions Cu-10% Al …