Four‐Body Problem: A Complete System of Angular Functions
Author:
Publisher
AIP Publishing
Subject
Mathematical Physics,Statistical and Nonlinear Physics
Link
http://aip.scitation.org/doi/pdf/10.1063/1.1665647
Reference7 articles.
1. Classification of Three‐Particle States According to SU3
2. A Symmetric Representation for Three‐Body Problems. I. Motion in a Plane
3. Global and Democratic Methods for Classifying N‐Particle States
4. Symmetrical Coupling of Three Angular Momenta
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1. Beyond simple point sets to the indistinguishable point-set tensorial limits of R–W algebras: multiple G-invariants and the carrier-map-based quantal-basis completeness of uniform NMR spin systems;Journal of Physics A: Mathematical and Theoretical;2007-12-12
2. Indistinguishability in DR n-fold point-sets & their $${\mathcal{S}}_n$$ -invariant dual projective mappings: limitations imposed on Racah–Wigner algebras for Liouville spin dynamics of [A] n X multi-invariant NMR systems;Journal of Mathematical Chemistry;2007-07-07
3. Geodesic and re–coupling–induced limits to S 2 n group invariants of uniform ( k 1 ⋯ k 2 n ) dual tensorial sets in spin physics, or NMR: SR dynamical structure on {ℍ v } via polyhedral re–coupling and time–reversal invariance;Proceedings of the Royal Society A: Mathematical, Physical and Engineering Sciences;2005-02-08
4. Commutator-Based (A)[X]n(SU(2)×Sn) NMR Cluster Systems: Establishment of the Universality of [n](Sn) Salients and Constraints on ϕ±11(1.1) Polarisations to the [1n] Salient: Permutational Spin Symmetry (PSS) Within NMR Spin Dynamics - an Analytic View;Collection of Czechoslovak Chemical Communications;2005
5. Time-reversal-based scalar invariants as (Lie Algebraic) group measures: a structured overview of generalised democratic-recoupled, uniform non-Abelian [AX]n NMR spin systems, as abstract chain networks;Journal of Magnetic Resonance;2004-03
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