A model of ${\bar{B}}^0\to D^{\ast +}\omega {\pi }^{-}$ decay

Abstract

We suggest a parameterization of the matrix element for ${\bar{B}}^0\to D^{\ast +}\omega {\pi }^{-}$ decay using kinematic variables convenient for experimental analysis. The contributions of intermediate $\omega \pi$- and $D^{\ast \ast }$-states up to spin 3 have been taken into account. The angular distributions for each discussed hypothesis have been obtained and analysed using Monte-Carlo simulation.

24 pages, 9 figures, 1 table; V2: text in some places improved and acknowledgments added

References in corpus (4)

• Dalitz Plot Analysis of B- -> D+ pi- pi-
• Study of the Processes e+ e- --> eta gamma, e+ e- --> pi0 gamma --> 3 gamma in the c.m. Energy Range 600--1380 MeV at CMD-2
• Measurement of Semileptonic B Decays into Orbitally Excited Charmed Mesons
• Study of the decay B0bar -> D*+ omega pi-

Cited by in corpus (2)

• Study of $D^{\ast \ast }$ production and light hadronic states in the ${\bar{B}}^0\to D^{\ast +}\omega {\pi }^{-}$ decay
• The $\rho (770,1450)\to \omega \pi$ contributions for three-body decays $B\to {\bar{D}}^{(\ast )}\omega \pi$