angular momentum coupling

However, all rules of angular momentum coupling apply to spin as well.

Also in the nuclear shell model angular momentum coupling is ubiquitous.

Angular momentum coupling is a category including some of the ways that subatomic particles can interact with each other.

Angular momentum coupling in atoms is of importance in atomic spectroscopy.

By angular momentum coupling many-electron eigenfunctions of J (and possibly S) are constructed.

In physics, the Clebsch-Gordan coefficients are sets of numbers that arise in angular momentum coupling under the laws of quantum mechanics.

Application of angular momentum coupling is useful when there is an interaction between subsystems that, without interaction, would have conserved angular momentum.

The atom may be described by LS coupling or by jj coupling as explained in the article on angular momentum coupling.

In quantum mechanics, the procedure of constructing eigenstates of total angular momentum out of eigenstates of separate angular momenta is called angular momentum coupling.

Sometimes one refers to the non-commuting interaction terms in the Hamiltonian as angular momentum coupling terms, because they necessitate the angular momentum coupling.

The Hund's cases, which are particular regimes in molecular angular momentum coupling, and Hund's rules, which govern electron configurations, are important in spectroscopy and quantum chemistry.

The building of eigenstates of the total conserved angular momentum from the angular momentum eigenstates of the individual subsystems is referred to as angular momentum coupling.

However, due to Wigner-Eckart theorem, its expectation value does effectively lie on the direction of which can be employed in the determination of g-factor according to the rules of angular momentum coupling.

The basic physics is that of rotational angular momentum coupling to the gravitational force pulling the can down the plane, and the rotation caused by the fact that the surface of the can rolls, rather than sliding.