Elastic Electron Scattering from Tritium and Helium-3
Citations Over TimeTop 1% of 1965 papers
Abstract
The mirror nuclei of tritium and helium-3 have been studied by the method of elastic electron scattering. Absolute cross sections have been measured for incident electron energies in the range 110-680 MeV at scattering angles lying between 40 and 135\ifmmode^\circ\else\textdegree\fi{} in this energy range. The data have been interpreted in a straightforward manner and form factors are given for the distributions of charge and magnetic moment in the two nuclei over a range of four-momentum transfer squared 1.0-8.0 ${\mathrm{F}}^{\ensuremath{-}2}$. Model-independent radii of the charge and magnetic-moment distributions are given and an attempt is made to deduce form factors describing the spatial distribution of the protons in tritium and helium-3.
Related Papers
- → Elastic scattering of electrons by molecular oxygen(2001)14 cited
- → Cryogenic Tritium Target(2005)9 cited
- → Influence of the tritiumβ−decay on low-temperature thermonuclear burn-up in deuterium-tritium mixtures(2000)6 cited
- → Features of high energy pp elastic scattering at small t(2003)
- Features of high energy pp and pA elastic scattering at small t(2003)