orbital angular momentum
1Orbital angular momentum — may refer to: The quantization of angular momentum in an atomic orbital. Angular momentum operator in quantum mechanics Azimuthal quantum number the quantum number of a particular eigenstate for the angular momentum operator Light orbital angular …
2orbital angular momentum operator — orbitinio judesio kiekio momento operatorius statusas T sritis fizika atitikmenys: angl. orbital angular momentum operator vok. Bahndrehimpulsoperator, m; Bahnimpulsoperator, m; Bahnmomentoperator, m rus. оператор орбитального момента количества… …
3orbital angular momentum — Physics. the component of angular momentum of an electron in an atom or a nucleon in a nucleus, arising from its orbital motion rather than from its spin. * * * …
4orbital angular momentum — Physics. the component of angular momentum of an electron in an atom or a nucleon in a nucleus, arising from its orbital motion rather than from its spin …
5Angular momentum coupling — Coupling in science Classical coupling Rotational–vibrational coupling Quantum coupling Quantum mechanical coupling Rovibrational coupling Vibronic coupling Rovibronic coupling Angular momentum coupling …
6Angular momentum — For a generally accessible and less technical introduction to the topic, see Introduction to angular momentum. Classical mechanics Newton s Second Law …
7angular momentum — Physics. the product of the moment of inertia of a body about an axis and its angular velocity with respect to the same axis. Also called moment of momentum. [1865 70] * * * Property that describes the rotary inertia of a system in motion about… …
8Total angular momentum quantum number — In quantum mechanics, the total angular quantum momentum numbers parameterize the total angular momentum of a given particle, by combining its orbital angular momentum and its intrinsic angular momentum (i.e., its spin).If s is the particle s… …
9Relative angular momentum — In astrodynamics, the relative angular momentum (mathbf{H 2}/{1},!) of an orbiting body (m 2,!) relative to a central body (m 1,!) is the moment of (m 2,!) s relative linear momentum::mathbf{H 2}/{1}=mathbf{r} imes m 2mathbf{v},!where: *mathbf{r} …
10Specific relative angular momentum — In astrodynamics, the specific relative angular momentum of an orbiting body with respect to a central body is the relative angular momentum of the first body per unit mass. Specific relative angular momentum plays a pivotal role in definition of …
