Abstract: The glass forming
ability, thermal stability and non-isothermal crystallization kinetics of glass forming alloy are
investigated. Its maximum glass forming dimension is up to 6.5mm and its
critical cooling rate is less than It manifests two crystallization
procedures and the second crystallization peak is more sensitive to heating rate
than the first crystallization peak. The glass transition and crystallization
both have remarkable kinetics effects. The apparent activation energies for
glass transition temperature, onset crystallization temperature, the first
crystallization peak temperature and second crystallization peak temperature are
191.10, 332.83, 268.30 and respectively.
