Static scaling analysis was made on the nonlinear susceptibility of high Mn concentrated Cd^Mn^Te with scaling function: Xni=TPg(H/t(>, +^)/2). With increasing of Mn content the critical exponents ¡3 and y become larger and departfrom the values reported for typical spin glass materials. This behavior of the critical exponents suggests that the increasein Mn content causes a change in the spin freezing mechanism from spin glass like one to disordered antiferromagneticone at x—0.46 in Cd^Ma/Te.
ASJC Scopus subject areas
- Physics and Astronomy(all)