作者: K. -M. Schmitt , H. Arenh�vel
DOI: 10.1007/BF01089915
关键词: Deuterium 、 Vertex (geometry) 、 Wave function 、 Physics 、 Elementary particle 、 Minimal coupling 、 Meson 、 Pion 、 Nuclear physics 、 Quantum electrodynamics 、 Photodisintegration
摘要: Mesor-retardation effects in photodisintegration of the deuteron below pion threshold are studied by constructing retarded one-boson-exchange potentials using time-dependent non-covariant perturbation theory. The corresponding meson-exchange currents including vertex derived analogously gauge-invariant minimal coupling. It is found that retardation wave functions and electromagnetic as well have a significant influence on total differential cross sections.