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Featured researches published by J.E. Lannutti.
Physical Review D | 1978
W.A. Morris; J.R. Albright; A.P. Colleraine; J. D. Kimel; J.E. Lannutti
This paper presents the results of a study of the reaction K/sup -/d ..-->.. (p/sub s/) ..lambda../sup 0/..pi../sup -/. The cross section for the process K/sup -/n ..-->.. ..lambda../sup 0/..pi../sup -/ has been measured as a function of the center-of-mass energy in the range from 1550 to 1650 MeV. An energy-dependent partial-wave analysis was performed for this reaction, and two acceptable solutions were found. The first solution indicated no resonant structure in this energy range below the ..sigma.. (1670). The second solution indicated resonant structure in the S/sub 11/ partial wave with E/sub R/ = 1600 +- 6 MeV/c/sup 2/, GAMMA (E/sub R/) = 87 +- 19 MeV/c/sup 2/, and x = 0.12 +- 0.02.
Physical Review D | 1978
W.A. Morris; J.R. Albright; A.P. Colleraine; J. D. Kimel; J.E. Lannutti
This paper presents the results of a study of the reaction K/sup -/d ..-->.. (p/sub s/) ..lambda../sup 0/..pi../sup -/. The cross section for the process K/sup -/n ..-->.. ..lambda../sup 0/..pi../sup -/ has been measured as a function of the center-of-mass energy in the range from 1550 to 1650 MeV. An energy-dependent partial-wave analysis was performed for this reaction, and two acceptable solutions were found. The first solution indicated no resonant structure in this energy range below the ..sigma.. (1670). The second solution indicated resonant structure in the S/sub 11/ partial wave with E/sub R/ = 1600 +- 6 MeV/c/sup 2/, GAMMA (E/sub R/) = 87 +- 19 MeV/c/sup 2/, and x = 0.12 +- 0.02.
Physical Review D | 1978
W.A. Morris; J.E. Lannutti; J.R. Albright; A.P. Colleraine; J. D. Kimel
This paper presents the results of a study of the reaction K/sup -/d ..-->.. (p/sub s/) ..lambda../sup 0/..pi../sup -/. The cross section for the process K/sup -/n ..-->.. ..lambda../sup 0/..pi../sup -/ has been measured as a function of the center-of-mass energy in the range from 1550 to 1650 MeV. An energy-dependent partial-wave analysis was performed for this reaction, and two acceptable solutions were found. The first solution indicated no resonant structure in this energy range below the ..sigma.. (1670). The second solution indicated resonant structure in the S/sub 11/ partial wave with E/sub R/ = 1600 +- 6 MeV/c/sup 2/, GAMMA (E/sub R/) = 87 +- 19 MeV/c/sup 2/, and x = 0.12 +- 0.02.
Physical Review D | 1974
G.P. Yost; J.E. Lannutti; J.R. Albright; W.A. Morris
Physical Review Letters | 1968
W. H. Sims; J.R. Albright; E. B. Brucker; J. T. Dockery; J.E. Lannutti; John S. O'Neall; B. G. Reynolds; J. H. Bartley; Richard Dowd; A. F. Greene; J. Schneps; M. Meer; J. Mueller; M. Schneeberger; S. Wolf
Physical Review D | 1971
W. H. Sims; J.E. Lannutti; J.R. Albright; John S. O'Neall; E.B. Brucker
Physical Review D | 1971
G.P. Yost; W.A. Morris; J.R. Albright; E.B. Brucker; J.E. Lannutti
Physical Review Letters | 1960
Janice Button; Philippe H. Eberhard; G.R. Kalbfleisch; J.E. Lannutti; G.R. Lynch; Bogdan C. Maglic; M.L. Stevenson
Archive | 1984
Chang Cc; T. C. Davis; R.N. Diamond; K. J. Johnson; Richard W. Joyner; J. Poirier; Ting Chen; E.W. Jenkins; Kwan Wu Lai; Joseph Andrew Lebritton; Ying-Chuan Lin; Alburt Earl Pifer; H. C. Fenker; D. R. Green; J.R. Albright; J. H. Goldman; S. L. Hagopian; J.E. Lannutti; John Piper; A. Napier; Marraffino Jm; Joe W. Waters; M. Webster; E. G. H. Williams; J. Ficenec; William Peter Trower
Archive | 1981
H. Haggerty; C. Halliwell; S. Margulies; R. M. Heinz; John R. Albright; R. Crittenden; B. Brabson; R. Ellsworth; J. Goodman; P. Rapp; A. R. Dzierba; J.H. Goldman; H. Goldberg; V. Hagopian; T. Watts; G.B. Yodh; P. Smith; D. V. Petersen; D. McLeod; J. Florian; S. Teige; James A. Martin; Ernest Malamud; R.G. Glasser; J. Krider; R. Abrams; J. Solomon; T. Marshall; R.N. Diamond; S. L. Hagopian
