1) coupled spin angular momentum
自旋角动量耦合
1.
Holstein Primakoff transformation is introduced and is used in the system of coupled spin angular momentum,which make the Hamiltonian of the system into diagonalized form.
介绍了ＨｏｌｓｔｅｉｎＰｒｉｍａｋｏｆｆ 变换，并将其应用于具有自旋角动量耦合的体系，使体系的哈密顿量成为可对角化形
2) angular momentum coupling
角动量耦合
1.
In this paper I would like to discuss the strategy in obtaining analytical formulas of number of spin I states of identical particles,and the relationship between dimension and sum rules for angular momentum couplings such as sixj and nine-j symbols.
结合工作,讨论了3个和4个全同粒子的状态数解析表达式与角动量耦合中的6j和9j系数的求和规则、单轨道中J级对力、核子系统的自旋和同位旋都确定的空间维数等核结构基本理论方面的新进展。
3) angle momentum coupling
角动量耦合
1.
Conventional textbooks of quantum mechanics do not show how the Clebsch-Gordor coefficients of angle momentum coupling are computed,because it is too complicated.
对于角动量耦合的克莱布希-高登系数,因为计算非常复杂,量子力学教材上一般不作计算,而由查表确定。
2.
They are the methods of angle momentum coupling,linear combination and raising and lowering operators,respectively.
利用了3种不同方法:角动量耦合法、线性组合法和角动量升降算符法,得到了四电子体系的自旋波函数,对构造多电子体系自旋波函数有重要意义。
4) Coupling angular momentum
耦合角动量
5) spin angular momentum
自旋角动量
1.
Correlation between spin angular momentums and background angular momentums of planets;
行星自旋角动量和背景角动量之间的相关性
2.
In the paper the principle of optical rotation due to the transfer of spin angular momentum from light to particles was discussed by analyzing the interaction between the beam of light and birefringent crystal particles, and then an optical tweezers was formed on nanometer optical tweezers system with a linearly polarized light beam (He-Ne laser 633 nm, 10 mW).
从理论上分析了偏振光束与双折射晶体粒子的相互作用过程,讨论了由于光束自旋角动量向晶体粒子的传递所导致的光致旋转效应的原理,并在纳米光镊装置上利用线偏振He Ne激光器(633 nm,10 mW)形成了光镊光阱,利用1/4波片来改变光镊光束的偏振状态,在不同的椭圆偏振状态下实现了直径约为几微米的CaCO3 晶体微粒的捕获和光致转动。
3.
In the paper the principle of optical rotation due to the transfer of spin angular momentum from light to particles was discussed by analyzing the interaction between the beam of light and birefringent crystal particles.
从理论上分析了偏振光束与双折射晶体粒子的相互作用过程,讨论了由于光束自旋角动量向晶体粒子的传递所导致的光致旋转效应的原理。
6) Angular momentum cou
角动量耦合效应
补充资料：自旋-自旋耦合
分子式：
CAS号：
性质：自旋所产生的磁矩之间发生的相互作用。在核磁共振中，其精细结构就来自于核自旋之间的相互作用。
CAS号：
性质：自旋所产生的磁矩之间发生的相互作用。在核磁共振中，其精细结构就来自于核自旋之间的相互作用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条