自旋玻璃态

随温度的降低样品表现出从顺磁（PM）到铁磁（FM）及自旋玻璃态（SG）等复杂的磁相变行为。

With the temperature decreasing , the system undergoes a transition from paramagnetic ( PM ) to ferromagnetic ( FM ) and further to spin-glass ( SG ) .

并用自旋玻璃态及颗粒超导中的一些理论来论证高温超导体中的新的玻璃态行为。

Theories similar to that of spin-glass theory and granular superconductivity are used in explaining the new glassy behavior recently found in high Tc superconductor .

自上个世纪70年代以来，自旋玻璃态的奇异特性激发了人们对铁磁/反铁磁混合磁性系统的研究兴趣。

The studies of spin glasses began in the 1970 's , and now there are great interests in the study of properties of ferromagnetic ( FM ) and anti ferromagnetic ( AFM ) mixed magnetic system .

导致在Tc上、下温区磁化机制的改变可能是与铁薄膜及其氧化层中的无序自旋在低温时出现类自旋玻璃态密切相关。

The change of the magnetic mechanism in the temperature regions above and below T_c may be related to the spin-glass-like phase below freezing temperature in the Fe film and its oxide layer .

在无规的自旋体系中，阻挫和无规的合作会产生自旋玻璃态。

In a random spin system , the cooperation of randomness and frustration will lead to aspin-glass phase .