Transformation Formula for Rotation Group Coefficients

Transformation Formula for Rotation Group Coefficients To prove Eqs. (2.88) and (2.91) [Pg.89]

To this equation which defines transformations of the eulerian angles [Pg.90]

Denoting the rotation parameters of the product R(en) R(e) by p(eH, e) this transformation may be written as [Pg.90]

To this transformation we associate the operator PH acting on the linear space IL u(e) by the usual convention18 [Pg.90]

Application of this general formalism to the rotation matrix R(e) G SO (3) yields [Pg.90]

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