The temperature dependences of the dynamic-elastic and viscous susceptibilities have been measured for Au83Fe17, after cold-rolling. It is found that cold-rolling reduces the Curie temperature and raises the spin-free...The temperature dependences of the dynamic-elastic and viscous susceptibilities have been measured for Au83Fe17, after cold-rolling. It is found that cold-rolling reduces the Curie temperature and raises the spin-freezing temperature remarkably. These results can be explained on the basis of the precipitation medal proposed by Borg and Violet.展开更多
It has been recently discovered that the sintered Y1Ba2Cu3O7-x, compound is an architypical high critical temperature （Tc） superconductor with a perovskite structure. We have measured its complex AC susceptibility a...It has been recently discovered that the sintered Y1Ba2Cu3O7-x, compound is an architypical high critical temperature （Tc） superconductor with a perovskite structure. We have measured its complex AC susceptibility as a function of temperature and found that below Tc there are two distinguishable superconducting 'phases'. In this note we report our experimental results.展开更多
文摘The temperature dependences of the dynamic-elastic and viscous susceptibilities have been measured for Au83Fe17, after cold-rolling. It is found that cold-rolling reduces the Curie temperature and raises the spin-freezing temperature remarkably. These results can be explained on the basis of the precipitation medal proposed by Borg and Violet.
文摘It has been recently discovered that the sintered Y1Ba2Cu3O7-x, compound is an architypical high critical temperature （Tc） superconductor with a perovskite structure. We have measured its complex AC susceptibility as a function of temperature and found that below Tc there are two distinguishable superconducting 'phases'. In this note we report our experimental results.
