Observation ofΞ−production ine+ | Zendy

S. R. Klein | Zendy; T. Himel | Zendy; G. S. Abrams | Zendy; D. Amidei | Zendy; A. R. Baden | Zendy; T. Barklow | Zendy; A. M. Boyarski | Zendy; J. Boyer | Zendy; P. R. Burchat | Zendy; D. L. Burke | Zendy; F. Butler | Zendy; J. Dorfan | Zendy; G. J. Feldman | Zendy; G. Gidal | Zendy; L. Gladney | Zendy; Michael S. Gold | Zendy; G. Goldhaber | Zendy; L. Golding | Zendy; J. S. Haggerty | Zendy; Gail Hanson | Zendy; K. Hayes | Zendy; D. Herrup | Zendy; R. J. Hollebeek | Zendy; W. R. Innes | Zendy; J. A. Jaros | Zendy; I. Juricic | Zendy; J. Kadyk | Zendy; D. Karlen | Zendy; A. J. Lankford | Zendy; R. R. Larsen | Zendy; B. W. LeClaire | Zendy; M. E. Levi | Zendy; N. S. Lockyer | Zendy; V. Lüth | Zendy; C. Matteuzzi | Zendy; M. E. Nelson | Zendy; R. A. Ong | Zendy; M. Perl | Zendy; A. Petersen | Zendy; B. Richter | Zendy; K. Riles | Zendy; P. C. Rowson | Zendy; T. Schaad | Zendy; H. Schellman | Zendy; W. B. Schmidke | Zendy; P. Sheldon | Zendy; G. H. Trilling | Zendy; L. De Paula | Zendy; D. Wood | Zendy; J. Yelton | Zendy; and C. Zaiser | Zendy

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Observation ofΞ−production ine+Author(s) -

S. R. Klein,

T. Himel,

G. S. Abrams,

D. Amidei,

A. R. Baden,

T. Barklow,

A. M. Boyarski,

J. Boyer,

P. R. Burchat,

D. L. Burke,

F. Butler,

J. Dorfan,

G. J. Feldman,

G. Gidal,

L. Gladney,

Michael S. Gold,

G. Goldhaber,

L. Golding,

J. S. Haggerty,

Gail Hanson,

K. Hayes,

D. Herrup,

R. J. Hollebeek,

W. R. Innes,

J. A. Jaros,

I. Juricic,

J. Kadyk,

D. Karlen,

A. J. Lankford,

R. R. Larsen,

B. W. LeClaire,

M. E. Levi,

N. S. Lockyer,

V. Lüth,

C. Matteuzzi,

M. E. Nelson,

R. A. Ong,

M. Perl,

A. Petersen,

B. Richter,

K. Riles,

P. C. Rowson,

T. Schaad,

H. Schellman,

W. B. Schmidke,

P. Sheldon,

G. H. Trilling,

L. De Paula,

D. Wood,

J. Yelton,

and C. Zaiser

Publication year - 1987

Publication title -

physical review letters

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 3.688

H-Index - 673

eISSN - 1079-7114

pISSN - 0031-9007

DOI - 10.1103/physrevlett.58.644

Subject(s) - physics , annihilation , production (economics) , hadron , particle physics , luminosity , bar (unit) , quantum mechanics , galaxy , meteorology , economics , macroeconomics

Author(s): Klein, SR; Himel, TM; Abrams, G; Amidei, D; Baden, AR; Barklow, T; Boyarski, AM; Boyer, J; Burchat, PR; Burke, DL; Butler, F; Dorfan, JM; Feldman, GJ; Gidal, G; Gladney, L; Gold, MS; Goldhaber, G; Golding, L; Haggerty, J; Hanson, G; Hayes, K; Herrup, D; Hollebeek, RJ; Innes, WR; Jaros, JA; Juricic, I; Kadyk, JA; Karlen, D; Lankford, AJ; Larsen, RR; LeClaire, BW; Levi, M; Lockyer, NS; Luth, V; Matteuzzi, C; Nelson, ME; Ong, RA; Perl, ML; Petersen, A; Richter, B; Riles, K; Rowson, PC; Schaad, T; Schellman, H; Schmidke, WB; Sheldon, PD; Trilling, GH; de la Vaissiere C; Wood, DR; Yelton, JM; Zaiser, AC | Abstract: Inclusive - production in e+e- annihilation at 29 GeV has been measured with the Mark II detector. From an integrated luminosity of 207 pb-1, we determine a production rate of 0.0170.0040.004 -++ per hadronic event. A search for *0(1530)-+ leads to an upper limit of N(*0)/N(-)l0.35 at a 90% confidence level. © 1987 The American Physical Society.

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