Crystallization kinetics study of melt-spun Zr66.7Ni33.3 amorphous alloy by electrical resistivity measurements

Research on Welding with Electron Beam of Multiple Overlapping Nickel Based Amorphous Ribbons

“…Several parameters have been used to determine the glassforming ability of 87,2% Ni; 4,2% Fe; 1,3% Cr; 4,5% Si; 2,8% B alloy. The temperature interval DTx between the glass transition temperature (Tg) and the onset crystallization temperature (Tx) is another glassforming ability indicator [10].…”

“…Amorphous metal foils used for electron beam welding experiments made from amorphous alloy: 87,2% Ni; 4,2% Fe; 1,3% Cr; 4,5% Si; 2,8% B, was produced using "Planar flow casting" process consisting in cooling the melt of the amorphous alloy, pre-prepared on a rotatable copper cylinder [9]. The melt ejection from the copper cylinder is due to an overpressure applied to the melts [10].…”

Tuning isothermal crystallization kinetics by minor similar solute element substitution in novel La‐(AlGa)‐C metallic glasses

“…Generally, the crystallization behaviors and crystallization kinetics under different conditions for diverse compositions, that is, binary Zr‐Ni MG, 19 Cu‐Zr MGs, 20,21 and Ni‐Nb MGs 22,23 ; ternary Dy‐Co‐Al MG, 24 U‐Co‐Al MG, 25 La‐Al‐Co MG, 26 Zr‐Al‐Fe MG, 15 Zr‐Co‐Al MGs, 8,27 Fe‐P‐C MG, 18 Fe‐B‐C MG, 28 La‐Al‐Ni MG, 4 and Pd‐Ni‐P MG, 29 ; quaternary Zr‐Cu‐Fe‐Al MG, 30 Zr‐(CuAg)‐Al MG, 7 Fe‐Ni‐P‐B MG, 31 Zr‐Co‐Al‐Cu MG, 27 and Co‐Fe‐Ta‐B MG 13 ; and multicomponent Fe‐Co‐Cr‐Ni‐Zr MG, 6 Fe‐Ni‐Mo‐P‐C‐B‐Cu MG, 32 Ti‐Zr‐Ni‐Cu‐Be MG, 33 Ni‐Nb‐Ti‐Zr‐Co‐Ta MG, 34 Fe‐Cr‐P‐C‐B MG, 17 and Fe‐Co‐Cr‐Mo‐Y‐C‐B MG 35 have been comprehensively investigated. Among these reported investigations, the crystallization kinetics of MGs at the isothermal annealing conditions have been primarily studied 12–17 .…”