spin-orbital

The domain-state orbital liquids in a one-dimensional spin-orbital model

一维自旋-轨道模型中的畴状轨道液体态

In this dissertation we have made a detail investigation on spin Hall effect and related transport property in two-dimensional spin-orbital interaction electron system.

在这篇论文里，我们探讨了二维自旋轨道耦合电子系统的自旋霍尔效应以及其他自旋相关的输运性质。

The Spin-orbital Structure of the Nucleon Magnetic

核子磁矩自旋轨道结构

In the nonlinear case, we find that the spin-orbital coupling may enhance the electron cooling, a clear saturation of spin polarization appears at high electric field, and the maximum y component of spin polarization the system can reach is limited by the spin-split strength.

在强场情况下，我们发现耦合能够增强电子冷却效应并且使得自旋极化出现平台结构，同时自旋极化的最大值是受材料耦合的限制的。

In the case of realistic impurity and phonon scatterings, the longitudinal conductivity is shown to depend on the spin-orbital coupling strength, though the transverse conductivity remains zero.

处理中我们同时考虑了杂质和声子散射，这时横向电荷电导仍旧等于零，而纵向电荷电导变得依赖于自旋轨道耦合强度。

Matrix of the spin-orbital interaction for the 4P JF states is given by the this paper, that is belonged to the d3 electron systems.

本文给出了强场方案中d3电子系的最大自旋多重态4F、4P的自旋轨道耦合相互作用能量矩阵。

And the spin-orbital structure of nucleon would shed light on the nucleon spin problem.

而核子磁矩的自旋-轨道结构也对核子磁矩的问题有着重要的启不。

In the calculations we have considered all electrostatic interactions, octahedral-field potential and trigonal-field potential and spin-orbital coupling interaction of the d3 configuration.

在计算中，考虑了全部d~3组态内的静电作用能，正八面体场位能，三角场位能和旋轨耦合作用能。

A calculation of the energy for spin orbital interaction in D3 electron systems

d~3电子系中自旋轨道相互作用能量矩阵的计算

The experiments show that along with different crystal axes, the change of orbital moment of Fe atoms is about 600%, the change of the spin moment is only about 50%, but the change of total moment is not so large.

实验表明，沿铁单晶薄膜的不同方向，铁原子轨道磁矩的改变量达到600%以上，而自旋磁矩的变化约50%，但原子的总磁矩没有如此大的改变。

Due to the weak spin-orbital coupling and hyperfine interaction, the carriers in organic materials have a relative long spin relaxation time, so it is a good candidate for spin injection and transport.

有机材料具有较弱的自旋-轨道耦合作用和超精细相互作用，载流子的自旋弛豫时间比较长，因而是理想的实现自旋极化注入候选材料。

Calculation of spin and orbital moments of 3d transition metals using X-ray magnetic circular dichroism in absorption

利用X射线磁性圆二色吸收谱计算3d过渡族磁性原子的轨道和自旋磁矩

The evolution of computing the advance of periastron spin and orbital revolution of pulsar binary PSR 1913+ 16 using the theories of gravitation

用引力理论计算脉冲星双星PSR1913+16的近星点移动及自旋和轨道周转的演化

Owing to the strong spin-orbital coupling of these heavy metal ions, both singlet and triplet excitons can be fully utilized for light emission, so the adoption of phosphorescent materials can greatly enhance the efficiencies of OLEDs.

这些配合物中心离子d轨道上强烈的自旋轨道耦合作用导致器件中单线态和三线态能级混合，使得三线态激子也能够用来发光，从而显著的提高了器件的效率。