Finite Size Effects on Phase Transitions using Spin Glasses

他们将完成对铜锰中有限尺寸结垢行为和自旋冻结温度Tg随样品厚度L的降低如何取决于不同锰浓度、不同层间材料和不同样品制备条件的研究。他们将开始研究降低L如何影响动力学性质，如Tg以下铜锰中的不可逆性和弛豫现象，并开始研究除铜锰外的自旋玻璃中的3D到2D交叉。他们还将与L.P. Levy合作测量交流电敏感性。

They will complete investigations of how finite size scaling bahavior and the reduction in spin-freezing temperature Tg with decreasing sample thickness L in copper manganese depend upon different manganese concentrations, different interlayer materials, and different sample preparation conditions. They will begin studies of how reducing L affects dynamical properties such as irreversibility and relaxation phenomena in copper manganese below Tg and begin studies of the 3D to 2D crossover in spin-glasses other than copper manganese. They will also measure ac susceptibility in collaboration with L.P. Levy.