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Parity-violating asymmetry in quasielastic e-d scattering.

Results are presented for (inclusive) parity-violating quasielastic electron scattering of polarized electrons from deuterium. The sensitivity of the asymmetry to interference effects, to the presence or absence of final-state interactions, to the choice of {ital NN} interaction, and to specifics of nucleon form factors is investigated within the framework of the standard model for the electroweak interaction. The calculations span a range of momentum transfers from low values, where a nonrelativistic treatment including a realistic {ital NN} interaction is appropriate, to beyond 1 GeV/{ital c}, where a relativistic plane-wave impulse approximation is employed. We find favorable kinematical regions for experiments at medium-energy (MIT--Bates, Mainz) and higher-energy (CEBAF) electron accelerators where issues relating to the nucleon's axial-vector and strangeness form factors can be addressed.