\(\bar{\rm p}{\rm p}\)-annihilation into \(\omega\pi^0\), \(\omega\eta\) and \(\omega\eta^\prime\) at 600, 1200 and 1940 MeV/\(c\)

The annihilation channels \(\bar{\rm p}{\rm p}\to \omega\pi^0, \omega\eta, \omega\eta^\prime\) were studied with the Crystal Barrel detector at LEAR at \(\bar{\rm p}\)-momenta of 600, 1200, and 1940 MeV/\(c\). In most cases angular distributions were measured which allowed a complete \(J^P\)-analysis using the helicity formalism. The contribution of all relevant initial states could be determined. The maximal contributing angular momenta are dependent on the \(\bar{\rm p}\)-momentum and range up to J = 5.