Abstract
The scattering of polarized electrons in an isoscalar nuclear magnetic transition could be a useful candidate to extract the strange-vector current matrix element of the nucleon 〈N| sγ μ s > z. sfnc;N〉. The parity-violating asymmetry obtained by longitudinally polarized electron scattering in an isoscalar nuclear magnetic dipole transition 12 C( e, e′) 12 C(1 +, 12.71 MeV) is found to be quite sensitive to the strange anomalous magnetic moment form factor of the nucleon.
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