Abstract
We report on theoretical estimates of the tenser deuteron polarization observables (T-20, T-21 and T-22) and the beam-vector double polarization observables (T-10(e) and T-11(e)) in elastic electron-deuteron scattering. This is made possible with the advent of recent polarization measurements at the Jefferson Laboratory and the BLAST detector at MIT-Bates with polarized electron beam and polarized deuteron target. The dependence of the results on the deuteron wave functions obtained from different modern high-precision nucleon-nucleon interactions is investigated. We found that the predicted polarization observables agree with one another and with the available experimental data.