โ Scribed by T.G Efimenko; B.N Zakhariev; V.P Zhigunov
No coin nor oath required. For personal study only.
A new method is suggested to describe rearrangement collisions in the framework of the unified theory of nuclear reactions. This method allows also to take into account the exclusion principle and to treat the reactions with the number of fragments n > 3. The problem is reduced to the solution of a system of inhomogeneous differential equations and of a simple system of linear algebraic equations. Thus it is possible to investigate the strong coupling between channels with different composition of fragments when perturbation theory is not correct. The well-known difficulty of treating the rearrangement processes is avoided by using a truncation procedure to "undesirable" components of the wavefunction Y.
๐ SIMILAR VOLUMES
The semiclassical approach to the correlation theory, as developed by Biedenharn, is applied to the calculation of the angular correlations and the spin-tensors characterizing the polarization of emitted particles and residual nuclei in direct nuclear reactions. The cross section of direct nuclear r
Variousfeatures of synchrotron-Cerenkovradiationare illustrated in thecontextof the following situations: (1) the passage of high-energy electrons through gases, liquids, solids, and plasmas in the presence of magnetic fields; (2) the suppression of synchrotron X rays from high-energy electrons in t