β Scribed by Stephen F Becker; Stanley G Siegel
No coin nor oath required. For personal study only.
The analytical behavior of the S-wave phase shift associated with a three-dimensional square well is discussed. It is shown that this phase shift can, with proper choice of well parameters, be made to increase through 42 (module T) with increasing energy. However, even though the phase shift may display this behavior typical of a resonance, a numerical example is given which demonstrates that the elastic cross section shows no peak as a consequence of this rise in the phase shift.
π SIMILAR VOLUMES
We investigate the 'one-atom cage effect' in the ultraviolet photodissociation of HC1 in the Ar β’ β’ β’ HC1 van der Waals complex, in particular the possibility of resonance structures caused by trapping of the hydrogen atom between its heavy partners Ar and C1. The dynamics are treated by solving exa
## Communicated by P. Sacks In this paper we study well-posedness of the damped nonlinear wave equation in XΓ(0, β) with initial and Dirichlet boundary condition, where X is a bounded domain in R 2 ; x β₯ 0, xk 1 +l>0 with k 1 being the first eigenvalue of -D under zero boundary condition. Under t
## Abstract In many cases of protein structure determination by NMR a highβquality structure is required. An important contribution to structural precision is stereospecific assignment of magnetically nonequivalent prochiral methylene and methyl groups, eliminating the need for introducing pseudoat