S. Inaba
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Featured researches published by S. Inaba.
Physics Letters B | 1999
D. Barberis; F G. Binon; F E. Close; K. M. Danielsen; S V. Donskov; B C. Earl; D. Evans; B R. French; T. Hino; S. Inaba; A. Jacholkowski; T. Jacobsen; G V. Khaustov; J.B. Kinson; A. Kirk; A A. Kondashov; A. A. Lednev; V. Lenti; I. Minashvili; J P. Peigneux; V. Romanovsky; N. Russakovich; A. Semenov; P M. Shagin; H. Shimizu; A V. Singovsky; A. Sobol; M. Stassinaki; J P. Stroot; K. Takamatsu
A coupled channel analysis of the centrally produced K+K- and pi+pi- final states has been performed in pp collisions at an incident beam momentum of 450 GeV/c. The pole positions and branching ratios to pipi and KK of the f0(980), f0(1370), f0(1500) and f0(1710) have been determined. A systematic study of the production properties of all the resonances observed in the pi+pi- and K+K- channels has been performed.Abstract A coupled channel analysis of the centrally produced K+K−and π+π−final states has been performed in pp collisions at an incident beam momentum of 450 GeV/c. The pole positions and branching ratios to ππ and K K of the f0(980), f0(1370), f0(1500) and f0(1710) have been determined. A systematic study of the production properties of all the resonances observed in the π+π−and K+K−channels has been performed.
Physics Letters B | 1997
D. Barberis; W. Beusch; F G. Binon; J.N. Carney; F E. Close; K M. Danielsen; A.V. Dolgopolov; S V. Donskov; B.C. Earl; D. Evans; B R. French; S. Inaba; A V. Inyakin; A. Jacholkowski; T. Jacobsen; G V. Khaustov; T. Kinashi; J B. Kinson; A. Kirk; W. Klempt; A A. Kondashov; Y. Kulchitsky; A A. Lednev; V. Lenti; S. Maljukov; P. Martinengo; I. Minashvili; K. Myklebost; T. Nakagawa; K.L. Norman
A study of central meson production as a function of the difference in transverse momentum (
Physics Letters B | 2000
D. Barberis; F G. Binon; F E. Close; K. M. Danielsen; S V. Donskov; B C. Earl; D. Evans; B R. French; T. Hino; S. Inaba; A. Jacholkowski; T. Jacobsen; G V. Khaustov; J.B. Kinson; A. Kirk; A A. Kondashov; A. A. Lednev; V. Lenti; I. Minashvili; J P. Peigneux; V. Romanovsky; N. Russakovich; A. Semenov; P M. Shagin; H. Shimizu; A V. Singovsky; A. Sobol; M. Stassinaki; J P. Stroot; K. Takamatsu
dP_T
Physics Letters B | 1999
D. Barberis; W. Beusch; F G. Binon; A.M. Blick; F E. Close; K M. Danielsen; A.V. Dolgopolov; S V. Donskov; B.C. Earl; D. Evans; B R. French; T. Hino; S. Inaba; A V. Inyakin; T. Ishida; A. Jacholkowski; T. Jacobsen; G V. Khaustov; T. Kinashi; J B. Kinson; A. Kirk; W. Klempt; V. N. Kolosov; A A. Kondashov; A A. Lednev; V. Lenti; S. Maljukov; P. Martinengo; I. Minashvili; K. Myklebost
) of the exchanged particles shows that undisputed
Physics Letters B | 2000
D. Barberis; F G. Binon; F E. Close; K. M. Danielsen; S V. Donskov; B C. Earl; D. Evans; B R. French; T. Hino; S. Inaba; A. Jacholkowski; T. Jacobsen; G V. Khaustov; J.B. Kinson; A. Kirk; A A. Kondashov; A. A. Lednev; V. Lenti; I. Minashvili; J P. Peigneux; V. Romanovsky; N. Russakovich; A. Semenov; M. Sene; P M. Shagin; H. Shimizu; A V. Singovsky; A. Sobol; M. Stassinaki; J P. Stroot
q \overline q
Physics Letters B | 1999
Dario Barberis; G.V. Khaustov; V. Romanovsky; P.M. Shagin; K. M. Danielsen; A. Jacholkowski; J.B. Kinson; T. Tsuru; B.C. Earl; V. Lenti; B.R. French; I. Minashvili; A. Semenov; A.A. Kondashov; A. A. Lednev; A. Sobol; H. Shimizu; M. Stassinaki; A. V. Singovsky; S.V. Donskov; M.F. Votruba; S. Inaba; Freddy Binon; F E. Close; Jean-Pierre Stroot; Y. Yasu; K. Takamatsu; Jean Pierre Peigneux; O. Villalobos Baillie; N. Russakovich
mesons are suppressed at small
Physics Letters B | 1998
D. Barberis; W. Beusch; F G. Binon; A.M. Blick; F E. Close; K M. Danielsen; A.V. Dolgopolov; S V. Donskov; B.C. Earl; D. Evans; B R. French; T. Hino; S. Inaba; A V. Inyakin; T. Ishida; A. Jacholkowski; T. Jacobsen; Goronwy Tudor Jones; G V. Khaustov; T. Kinashi; J B. Kinson; A. Kirk; W. Klempt; V. N. Kolosov; A A. Kondashov; A A. Lednev; V. Lenti; S. Maljukov; P. Martinengo; I. Minashvili
dP_T
Physics Letters B | 1997
D. Barberis; W. Beusch; F G. Binon; A.M. Blick; F E. Close; K M. Danielsen; A.V. Dolgopolov; S V. Donskov; B.C. Earl; D. Evans; B R. French; T. Hino; S. Inaba; A V. Inyakin; T. Ishida; A. Jacholkowski; T. Jacobsen; G V. Khaustov; T. Kinashi; J B. Kinson; A. Kirk; W. Klempt; V. N. Kolosov; A A. Kondashov; A A. Lednev; V. Lenti; S. Maljukov; P. Martinengo; I. Minashvili; K. Myklebost
whereas the glueball candidates are enhanced.
Physics Letters B | 2000
Dario Barberis; Freddy Binon; F E. Close; K. M. Danielsen; S.V. Donskov; B.C. Earl; D. Evans; B.R. French; T. Hino; S. Inaba; A. Jacholkowski; T. Jacobsen; G.V. Khaustov; J.B. Kinson; A. Kirk; A.A. Kondashov; V. N. Kolosov; A. A. Lednev; V. Lenti; I. Minashvili; Jean Pierre Peigneux; V. Romanovsky; N. Russakovich; A. Semenov; P.M. Shagin; H. Shimizu; A. V. Singovsky; A. Sobol; M. Stassinaki; Jean-Pierre Stroot
The reactions pp ! pf(X 0 )ps ,w here X 0 is observed decaying to 0000 , + + and + 00 , have been studied at 450 GeV/c. There is evidence for an a2(1320) decay mode of the 2(1645) and 2(1870) in the + 00 and + + nal states. The f2(1950) is consistent with being a single resonance with a dominant f2(1270) decay mode. The f0(1370) is found to decay dominantly to while the f0(1500) is found to decay to and .
Physics Letters B | 2000
D. Barberis; F G. Binon; F E. Close; K. M. Danielsen; S V. Donskov; B C. Earl; D. Evans; B R. French; T. Hino; S. Inaba; A. Jacholkowski; T. Jacobsen; G V. Khaustov; J.B. Kinson; A. Kirk; A A. Kondashov; A. A. Lednev; V. Lenti; I. Minashvili; J P. Peigneux; V. Romanovsky; N. Russakovich; A. Semenov; P M. Shagin; H. Shimizu; A V. Singovsky; A. Sobol; M. Stassinaki; J P. Stroot; K. Takamatsu
A partial wave analysis of the centrally produced pi+pi- channel has been performed in pp collisions using an incident beam momentum of 450 GeV/c. An unambiguous physical solution has been found. Evidence is found for the f0(980), f0(1300), f0(1500) and fJ(1710) with J = 0 in the the S-wave. The rho(770) is observed dominantly in the P0-wave and the f2(1270) is observed dominantly in the D0-wave. In addition, there is evidence for a broad enhancement in the D-wave below 1 GeV.A partial wave analysis of the centrally produced pi+pi- channel has been performed in pp collisions using an incident beam momentum of 450 GeV/c. An unambiguous physical solution has been found. Evidence is found for the f0(980), f0(1300), f0(1500) and fJ(1710) with J = 0 in the the S-wave. The rho(770) is observed dominantly in the P0-wave and the f2(1270) is observed dominantly in the D0-wave. In addition, there is evidence for a broad enhancement in the D-wave below 1 GeV.A partial wave analysis of the centrally produced pi+pi- channel has been performed in pp collisions using an incident beam momentum of 450 GeV/c. An unambiguous physical solution has been found. Evidence is found for the f0(980), f0(1300), f0(1500) and fJ(1710) with J = 0 in the the S-wave. The rho(770) is observed dominantly in the P0-wave and the f2(1270) is observed dominantly in the D0-wave. In addition, there is evidence for a broad enhancement in the D-wave below 1 GeV.
