Xw. Zou et al., ELECTRICAL-RESISTIVITY AND METAL-NON-METAL TRANSITION OF LIQUID MGXSN1-X AND MG-2(PBYSN1-Y) ALLOYS, Physica status solidi. a, Applied research, 165(2), 1998, pp. 455-459
Electrical resistivities of the liquid MgxSn1-x and Mg-2(PbySn1-y) all
oys with 0 less than or equal to x, y < 1 have been measured as functi
ons of composition. A very high and sharp resistivity maximum occurs a
t tile stoichiometric composition Mg2Sn for both systems. The metal-no
n-metal transition appears around this composition. If these liquid al
loys are roughly considered to be a system consisting of a metallic an
d non-metallic components, tie plots of tile resistivity versus metall
ic component fraction are similar for liquid MgxSn1-x and Mg-2(PbySn1-
y).