Magnetic properties and crystallization behavior of Al–Co–Ce(Dy) amorphous ribbons

Interfacial Microstructure in W/2024Al Composite and Inhibition of W-Al Direct Reaction by CeO2 Doping: Formation and Crystallization of Al-Ce-Cu-W Amorphous Layers

“…Thus, the crystallization product for Al-Ce-Cu-W amorphous was identified as bcc-structure Al-Ce-Cu-W phase without any binary/ternary Ce-containing phases such as Ce-Al and Ce-Al-TM. However, such a crystallization behavior was rarely observed in the reported Al-Ce-TM amorphous system [21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40]. The reported crystallization products for Al-Ce-TM amorphous system are summarized in Table 2, and the corresponding crystallization conditions are also listed.…”

Abnormal electrical resistivity of Co-Fe-Si-B-Nb-R alloys in amorphous and crystalline states

“…Electrical resistivity of amorphous ribbons was measured by AC four-probe method (distance between probes -30 mm) under protective argon atmosphere at continuous heating/cooling rates of 10 K/min. For a detailed description of the measurement method, please refer to [11]. Crystallization process of amorphous alloys was studied using differential thermal analysis on a PerkinElmer DTA-7 setup at a heating rate of 10 K/min for checking amorphouscrystalline transition.…”

Corrosion of Al85Ni9Ce6 amorphous alloy in the first hours of immersion in 3.5‐wt% NaCl solution: The role of surface chemistry

“…Nickel is beneficial to increase the alloy glass–forming ability in these systems. Al‐Ni‐La, Al‐Co‐Ce, and Al‐Ni‐Y alloys have been successfully obtained in the noncrystalline state by melt spinning. The main interest in developing Al‐based amorphous systems is the possibility of producing high specific strength metallic glasses with good ductility.…”