| 1. | Which is slightly more general than an S-matrix element.
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| 2. | There are numerous ways to get parameters for these matrix elements.
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| 3. | It is useful primarily in computing S-matrix elements.
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| 4. | The second factors are the " reduced matrix elements ".
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| 5. | The nonzero matrix elements can only come from the spin-0 subspace.
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| 6. | Consider next the matrix element appearing in the integral.
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| 7. | It gives the normalization of the weak interaction matrix elements for the nucleon.
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| 8. | In standard AAS, the impurity is dissolved together with the matrix element.
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| 9. | The d-matrix elements defined here are real.
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| 10. | Therefore there appear interference terms in the absolute square of the matrix element.
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