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Calculation of SN 1 + N 2 ⊃ SN1 ⊗ sn 2 and U(n1 + n2) ⊃ u (n1) ⊗ u (n2) subduction coefficients by using spin graph

✍ Scribed by Wen Zhenyi

Book ID
104581819
Publisher
John Wiley and Sons
Year
1986
Tongue
English
Weight
279 KB
Volume
29
Category
Article
ISSN
0020-7608

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📜 SIMILAR VOLUMES

Subduction coefficients for 〈2N/2–S, 12S
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✍ C. R. Sarma; K. V. Dinesha 📂 Article 📅 1979 🏛 John Wiley and Sons 🌐 English ⚖ 544 KB

## Abstract The determination of the subduction coefficients for states of the unitary group __U__(__n__) under the restrictions __U__(__n__) ↓ __U__(__n__~1~) ⊗ __U__(__n__~2~) have been considered for the spin free states of many electron systems. Using the transformation properties of the tensor

Sur L'équation(egin{array}{l} frac{{d^2
Sur L'équation(egin{array}{l} frac{{d^2 y}}{{dx^2 }} + left[ {2 u frac{{k^2 sn x cn x}}{{dn x}} + 2 u _1 frac{{sn x dn x}}{{cn x}} - 2 u _2 frac{{cn x dn x}}{{sn x}}} ight]frac{{dy}}{{dx}} = \ = left[ {frac{I}{{sn^2 x}}(n_3 - u _2 )(n_3 + u _2 + 1) + frac{{dn^2 x}}{{cn^2 x}}(n_2 - u _1 )(n_2 + u _1 + 1) + } ight. \ left. {frac{{k^2 cn^2 x}}{{dn^2 x}}(n_1 - u )(n_1 + u + 1) + k^2 sn^2 x(n + u + u _1 + u _2 )(n - u - u _1 - u _2 + 1) + h} ight]y \ end{array})
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## Abstract For Abstract see ChemInform Abstract in Full Text.