✍ Scribed by Douglas W McKay; Carl H Albright
No coin nor oath required. For personal study only.
A simple approximation to the inelastic N-N* transition form factor which was treated formally in the previous paper is developed from the N/D approach outlined there. Numerical calculations based on the approximation derived from the N/D method on the one hand, and directly from the analytically-continued dispersion relations on the other, indicate that the complex anomalous branch cuts force the inelastic form factor to decrease much more rapidly with increasing (space-like) X than do the elastic form factors. We may interpret this physically to be a consequence of the broad spatial extent of the resonant state.
📜 SIMILAR VOLUMES
Significant modifications of the electroresistivity probe technique ofJJeal and Bankoff were made so as to permit its use in liquid-liquid dispersions with drops in the range of 0.1-0.3 mm dia. Modifications of both hardware and signal processing theory were necessary because sensor length is no lon