| 1. | Ray transfer matrix analysis is one method that uses the approximation.
|
| 2. | Which can be considered the trivial case of a 1? transfer matrix.
|
| 3. | The transfer matrix in terms of z-parameters will look like,
|
| 4. | The gearbox transfer matrix in h-parameter format is,
|
| 5. | It is often combined with the paraxial approximation in techniques such as ray transfer matrix analysis.
|
| 6. | A complete derivation was only given in 1951 by using a limiting process of transfer matrix eigenvalues.
|
| 7. | :The same computation for periodic boundary condition ( and still 0 } } ) requires the transfer matrix formalism.
|
| 8. | The matrix " A ", then, is the corner transfer matrix for the given lattice quadrant.
|
| 9. | This recursion relation allows, in principle, the iterative calculation of the corner transfer matrix for any lattice quadrant of finite size.
|
| 10. | The complete alpha / 3 10 / pi transfer matrix includes weights for transitions between helix types as well as between helix and coil states.
|