Unitary-group approach to the theory of nuclear magnetic resonance of higher-spin nuclei. II
Author:
Publisher
American Physical Society (APS)
Link
http://harvest.aps.org/v2/journals/articles/10.1103/PhysRevB.31.1258/fulltext
Reference5 articles.
1. Theory of nuclear magnetic resonance of higher spin nuclei. 3. A2B2 systems and many-spin basis sets
2. Unitary group approach to the theory of nuclear magnetic resonance of higher-spin nuclei
3. Alternative Basis for the Theory of Complex Spectra
4. Comments on a new mathematical technique in the theory of complex spectra
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1. On Uniform (1?Ii?3)n-fold {?IouterM(i1???in)?} dual tensorial sets, spin irreps fromSU(3?m)�?n??????n weight sets: a direct role for ?(??n)-partitional catalogs of ?n combinatorics in spin physics;International Journal of Quantum Chemistry;2002
2. Role of democratic SU2 x n dual-group carrier space and group structure in the superboson quantum-Liouville physics of identical spin ensembles: Maximal n tensor product reduction, via symbolic algebraic combinatorics;Canadian Journal of Physics;2001
3. Demonstration of the origins of cooperativity within SU2�L 6 mapping over $$\left\{ {I\tilde H_\upsilon } \right\}$$ Liouvillian carrier subspaces characterising the MQ-NMR cluster [A]6(L 6) and its $$\{ |kq\upsilon :[\tilde \lambda ] > > \} $$ tensorial bases;Zeitschrift f�r Physik B Condensed Matter;1992-10
4. Graphical approach to the U(n) Racah-Wigner theory of angular momentum;Physical Review A;1989-07-01
5. Two-body-operator matrix-element factorization technique in U(n)↓SNunitary bases: Raising-raising operators;Physical Review A;1989-01-01
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