Inelastic electron scattering fromN14at 180°

Inelastic electron scattering from ${}_{}{}^{14}{}_{}{}^{}\mathrm{N}$ at 180° has been studied at incident energies of 40.6, 50.6, and 60.2 MeV. Transitions to levels at 2.31, 9.17, and 10.43 MeV excitation energy were observed to be predominantly $M1\mathrm{}$. The transition to the level at 16.11 MeV probably contains some $M2\mathrm{}$ strength, and transitions to levels at 12.54, 13.27, and 13.76 appear to exhibit some $M1$ strength. Data on the 2.313 MeV transition, combined with earlier experiments, bring the observed reduced transition width into agreement with resonance fluorescence techniques. Transition widths for the other levels with reasonably certain multipolarities are also given.