Tomotsugu Wakasa

TL;DR: In this paper, precise measurements of deuteron vector and tensor analyzing powers were performed via elastic scattering at three incoming deuterons energies of 140, 200, and 270 MeV at the same angles.

TL;DR: In this article, a multipole decomposition technique is applied to the double differential cross sections to extract $L=0, $L = 1,$L=2, and $L < 3$ contributions.

TL;DR: In this paper, a detailed method of multipole decomposition analysis is presented to extract GT strengths from the continuum spectra of the Zr 90 (p, n ) and (n, p ) reactions.

TL;DR: In this article, the authors measured the angular distribution of the cross section, the proton analyzing power, and all proton polarization transfer coefficients at 250 MeV, compared with theoretical predictions based on exact solutions of the three nucleon Faddeev equations and modern realistic nucleon-nucleon potentials combined with three-Nucleon forces (3NF), namely, the Tucson-Melbourne (TM) $2.

TL;DR: The cross section, the deuteron vector A(d)(y) and tensor analyzing powers A(ij), the polarization transfer coefficients K(y('))(ij, and the induced polarization P(y') indicate the deficiencies in the spin dependence of the Tucson-Melbourne force and call for extended three-nucleon force models.