在本章节最后，我们计算了二粒子海森堡模型在热态下的保真度。
At the end of this chapter, we calculate the quantum fidelity of Heisenberg Model with two particles under thermal state.
海森堡用一系列数学元素来代表被观测到的量，比如原子吸收或发出的辐射，用以替换波尔的无法观测的原子模型运行轨道。
Heisenberg replaced the unobserved orbits of Bohr's atomic model with a series of mathematical entities representing observed quantities, such as the radiation emitted or absorbed by an atom.
波尔的模型会为他赢取1922年诺贝尔奖，但其局限激发了对纯粹量子物理学的探索，做这项研究的一个关键人物就是维尔纳·海森堡。
Bohr's model would win him the 1922 Nobel Prize, but its limitations inspired the search for a purely quantum physics. A key figure in this investigation was Werner Heisenberg.
在相关有效场理论框架内，应用类伊辛模型分析方法，研究了海森堡薄膜的临界行为。
This paper studies the critical behavior of the Heisenberg film in the two- atom cluster model with two-Heisenberg spins in the Ising surrounding.
首先，本文提出了一个耦合粒子对与海森堡自旋链相互作用的模型。
First, a model of a pair of coupled particles interacting with a Heisenberg spin chain is presented.
利用置换群方法研究了具有邻近相互作用的一维海森堡自旋12开链模型。
A permutation group approach to a one dimensional Heisenberg open spin 12 chain with nearest neighbor interactions is studied.
其次，研究了在非均匀磁场中三量子比特海森堡xy模型中两粒子和三粒子的纠缠。
Secondly, the bipartite and tripartite entanglement of a Heisenberg XY model with a nonuniform magnetic field is studied.
本文主要研究了非均匀磁场对海森堡XY模型三量子比特中1，2比特和1，3 比特间的热纠缠。
In this paper, we mostly study the 1,2 quibt's and 1,3 quibt's thermal entanglement of three quibts Heisenberg XY model under non-uniform magnetic field.
本文在相关有效场理论框架内，应用类伊辛模型分析方法，研究了海森堡薄膜的临界行为。
By use of the effective-field theory with correction, the dependence of the critical temperature of the Heisenberg film on the thickness, surfacte coupling of the film are investigated.
本文在相关有效场理论框架内，应用类伊辛模型分析方法，研究了海森堡薄膜的临界行为。
By use of the effective-field theory with correction, the dependence of the critical temperature of the Heisenberg film on the thickness, surfacte coupling of the film are investigated.
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