一条理论途径被概括并且在这个工作采用了在外部磁场评估 ErBi 的磁电机抵抗力。计算结果和理论分析证明当一个外部磁场在 z 方向被使用时，磁电机抵抗力能由于水晶地层次上升的退化更加被减少。然而，当磁场沿着 X 轴被施加时，因为 Er...一条理论途径被概括并且在这个工作采用了在外部磁场评估 ErBi 的磁电机抵抗力。计算结果和理论分析证明当一个外部磁场在 z 方向被使用时，磁电机抵抗力能由于水晶地层次上升的退化更加被减少。然而，当磁场沿着 X 轴被施加时，因为 Er 离子和它的转变的新磁性的状态的形成，磁电机抵抗力将被增加在以内并且在这些新状态之间。展开更多
A two-sublattice model for rare-earth emtiferromagnets is employed to study the magnetic properties of TbNi2B2 （2. The theoretical susceptibility and magnetization curves obtained with the model show reasonable agree...A two-sublattice model for rare-earth emtiferromagnets is employed to study the magnetic properties of TbNi2B2 （2. The theoretical susceptibility and magnetization curves obtained with the model show reasonable agreement with the experimental results.展开更多
基金Supported by the Natural Science Foundation of Jiangsu Province under Grant No BK2008438, and the Ministry of Education of the Czech Republic under Grant No MSM-0021620834.
文摘我们雇用一个二离子的模特儿与吝啬地的理论计算 TbNi2B2C 的自发的磁化和危险性，并且为 N 耀导出一个分析公式吗？？
基金Supported by the Natural Science Foundation of Jiangsu Province under Grant No BK2008438, and the Research Plan MSM of the Ministry of Education of the Czech Republic under Grant No 0021620834.
文摘一条理论途径被概括并且在这个工作采用了在外部磁场评估 ErBi 的磁电机抵抗力。计算结果和理论分析证明当一个外部磁场在 z 方向被使用时，磁电机抵抗力能由于水晶地层次上升的退化更加被减少。然而，当磁场沿着 X 轴被施加时，因为 Er 离子和它的转变的新磁性的状态的形成，磁电机抵抗力将被增加在以内并且在这些新状态之间。
基金Supported by the Natural Science Foundation of Jiangsu Province under Grant No BK2008438, and the Ministry of Education of the Czech Republic under Grant No MSM 0021620834.
文摘A two-sublattice model for rare-earth emtiferromagnets is employed to study the magnetic properties of TbNi2B2 （2. The theoretical susceptibility and magnetization curves obtained with the model show reasonable agreement with the experimental results.
