顺磁效应

Ni2+由于顺磁效应淬灭H3的荧光，加入组氨酸后，H3被置换，从而使荧光恢复。

In the beginning , Ni2 + quenched the fluorescence of H3 because of the paramagnetic effect . The addition of histidine replaced the H3 from the quenching environment and the fluorescence was turn on .

由于超顺磁效应的限制，使用传统的CoCr基薄膜介质的硬磁盘系统记录潜力已经发挥到了极点，要想继续提高磁记录系统的记录面密度，必须探寻新的材料。

The areal density of hard disk drive using traditional CoCr-based thin films media can not be elevated further because of the super-paramagnetism effect . In order to increase the areal density in magnetic recording system , the studies of new magnetic recording media materials are necessary .

在此情况下，超顺磁效应成为当前限制记录密度提高的主要因素。

Under this condition , superparamagnetic effect becomes the fundamental factor limiting the improvement of recording density .

本文表明，是顺磁迈斯纳效应和抗磁迈斯纳效应的竞争决定了涡旋电荷的分布。

It is also found that the charge distributions are due to the competition between the paramagnetic Meissner effect and the diamagnetic Meissner effect .

各种磁学方法和技术，如核磁共振，顺磁共振和穆斯堡尔效应等在研究生物材料中的应用；

The magnetic methods and techniques such as nuclear magnetic resonance , paramagnetic resonance and Mossbauer effect used in biological field ;