Phase transformations of the amorphous Zn-Sb alloy under high pressures

Phase transformations occurring in initially amorphous Zn41Sb59 semiconduct or at pressures to 10 GPa and temperatures to 350 degrees C were studied us ing the measurement of electrical resistance, in situ energy dispersive X-r ay diffraction and neutron diffraction on quenched high-pressure phases at ambient pressure. The studied T-P region involves the regions of reversible and irreversible crystallisation and phase transitions between the equilib rium crystalline low-pressure and high-pressure phases.