论文标题
Spin-1/2等同步的基础状态和热力学特性Heisenberg Triangles v $ _6 $样磁分子
Ground state and thermodynamic properties of spin-1/2 isosceles Heisenberg triangles for V$_6$-like magnetic molecules
论文作者
论文摘要
通过精确的对角线研究，研究了两个耦合等轴心三角形三角形的Spin-1/2 Hamiltonian Heisenberg Triangles，非常适合描述V $ _6 $ -type磁性分子。在零温度下的量子相变图作为理论参数的函数获得。还获得了零温度磁化，作为外部磁场的函数。还计算了磁化强度，熵，敏感性和特定热的热力学行为（随温度的函数），并分析了对哈密顿参数的各种值的相应磁化效应。
The spin-1/2 Hamiltonian for two coupled isosceles Heisenberg triangles, which is well suited for describing the V$_6$-type magnetic molecules, is studied by exact diagonalization. The quantum phase transition diagram, at zero temperature, is obtained as a function of the theoretical parameters. The zero temperature magnetization is also obtained as a function of the external magnetic field. The thermodynamic behavior of the magnetization, entropy, susceptibility, and specific heat, as a function of temperature, are also computed and the corresponding magnetocaloric effect analyzed for various values of the Hamiltonian parameters.
