Abstract
The cross section for an electric ${2}^{l}$-pole transition produced by the electromagnetic field of fast electrons is derived in the Born approximation. Electric dipole-quadrupole interference is also obtained. Deuteron electrodisintegration is further developed, the theory now extending to 150-Mev energy transfers. Characteristic features of electron excitation experiments are mentioned, in particular the possibilities of obtaining information about nuclei and of observing the scattered electrons.
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