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- W3150976876 abstract "The magnetic form factors of the $1p$-shell nuclei ${mathrm{Li}}^{6}$, ${mathrm{Li}}^{7}$, ${mathrm{Be}}^{9}$, ${mathrm{B}}^{10}$, ${mathrm{B}}^{11}$, ${mathrm{N}}^{14}$, have been measured by high-energy electron scattering at an angle of 180ifmmode^circelsetextdegreefi{}. Incident electron energies up to 230 MeV (${q}^{2}ensuremath{simeq}5.2$ ${mathrm{F}}^{ensuremath{-}2}$) were used. The incident- and scattered-electron paths were separated by use of a uniform magnetic field. Back-ground due to charge scattering was subtracted by varying the scattering angle around 180ifmmode^circelsetextdegreefi{}. At the higher momentum transfers the scattering from those nuclei having spin $ensuremath{ge}frac{3}{2}$, was dominated by the octupole moment distributions. Results are interpreted in terms of harmonic-oscillator and finite-square-well shell models. Parameters dependent only on the coupling of the angular momenta in the $1p$ shell may be obtained from the data. They show a general trend from $Lensuremath{-}S$ coupling to $jensuremath{-}j$ coupling as the mass number increases, in agreement with calculations of magnetic dipole moments and energy-level schemes. The outstanding exception is ${mathrm{Li}}^{7}$, whose form factor is accurately described by the extreme independent-particle model. ($Lensuremath{-}S$ coupling is quite incompatible with the data.) The ${mathrm{Li}}^{6}$ results may also be interpreted in terms of an alpha plus deuteron model. Numerical results for the harmonic-well strengths are obtained and compare favorably with electron-charge-scattering values. It is also possible to estimate magnetic octupole moments, where applicable, with fair accuracy, although these estimations are to a certain extent model-dependent." @default.
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- W3150976876 date "1966-08-19" @default.
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- W3150976876 title "Elastic Electron Scattering from the Magnetic Multipole Distributions ofLi6,Li7,Be9,B10,B11andN14" @default.
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- W3150976876 doi "https://doi.org/10.1103/physrev.148.1246.2" @default.
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