G. R. Burleson
Northwestern University
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Featured researches published by G. R. Burleson.
Physical Review C | 1986
R. Gilman; H. T. Fortune; Zumbro Jd; Peter A. Seidl; C. F. Moore; C. L. Morris; J.A. Faucett; G. R. Burleson; S. Mordechai; Dhuga Ks
Cross sections at theta = 5/sup 0/ (lab) were obtained at seven energies for /sup 14/C(..pi../sup +/,..pi../sup -/) /sup 14/ O(g.s.) and at four energies for /sup 26/Mg(..pi../sup +/,..pi../sup -/) /sup 26/ Si(g.s.). Angular distributions have been measured for both reactions at energies of 140 and 200 MeV. The results are compared to previous angular distributions at other energies on these two nuclei, and to a series of angular distributions measured for /sup 18/O(..pi../sup +/,..pi../sup -/).
Physical Review C | 1983
S.J. Greene; William B. Cottingame; G. R. Burleson; L. C. Bland; R. Gilman; H. T. Fortune; C. L. Morris; David B. Holtkamp; C. F. Moore
The 164-MeV angular distribution for the non-analog double charge exchange reaction /sup 16/O(..pi../sup +/, ..pi../sup -/)/sup 16/Ne(g.s.) has been measured and is found to be basically diffractive. This is contrasted with the previously measured analog distribution /sup 18/O(..pi../sup +/, ..pi../sup -/)/sup 18/Ne (double isobaric analog) which is not diffractive.
Physical Review C | 1999
C. V. Gaulard; K. Craig; E. Six; C.M. Riedel; J. F. Amann; R. L. Boudrie; C. L. Morris; S. I. Penttilae; M. E. Beddo; G. R. Burleson; Q. Zhao; P. L. Cole; Espy; L. Isenhower; K. R. Knight; D. Rigsby; M. E. Sadler; T. E. Kasprzyk; H. M. Spinka; I. Supek; G.J. Wagner
High quality analyzing powers for the {pi}{sup {minus}}{rvec p}{r_arrow}{pi}{sup 0}n reaction have been obtained with a polarized proton target over a broad angular range at incident kinetic energies of 98.1, 138.8, 165.9, and 214.4 MeV. This experiment nearly doubled the existing {pi}N single-charge-exchange database for energies ranging from 10 to 230 MeV, with 36 new analyzing powers. The Neutral Meson Spectrometer was used to detect the outgoing neutral pions. The data are well described by recent phase-shift analyses. When combined with high-precision and accurate cross section data at the same energies, the data can provide a good test of the degree of isospin breaking in the region of the {Delta}(1232) resonance. They will also be helpful for constraining the evaluation of the pion-nucleon {sigma} term from the scattering amplitudes. {copyright} {ital 1999} {ital The American Physical Society}High quality analyzing powers for the
Physical Review C | 1997
George Kahrimanis; Johnson K; C. F. Moore; Mike Snell; L. Ray; C. Whitley; Williams Al; G. R. Burleson; J.A. Faucett; C.M. Chen; B.C. Clark; L.K. Kerr; K. S. Dhuga; Scott Mathews; D. J. Ernst; M.F. Jiang; H. T. Fortune; J.M. O'Donnell; S. Hama; A. Hussein; J.A. McGill; C. L. Morris; Mohini W. Rawool-Sullivan; S. Mordechai
{\ensuremath{\pi}}^{\ensuremath{-}}\stackrel{\ensuremath{\rightarrow}}{p}\ensuremath{\rightarrow}{\ensuremath{\pi}}^{0}n
Physical Review C | 1993
D. P. Beatty; G. R. Burleson; Mohini W. Rawool-Sullivan; M. El-Ghossain; H. T. Fortune; Williams Al; Smith Da; C. L. Morris; R. Garnett; D.L. Watson; J. Johnson; H. Ward; C. Whitley; S. K. Matthews; M. Palarczyk; C. Edwards; M. A. Espy; O. Hashimoto; H. Tomoyuki
reaction have been obtained with a polarized proton target over a broad angular range at incident kinetic energies of 98.1, 138.8, 165.9, and 214.4 MeV. This experiment nearly doubled the existing
Physical Review C | 1991
Williams Al; J.A. McGill; C. L. Morris; G. R. Burleson; J.A. Faucett; D. S. Oakley; M. Burlein; H. T. Fortune; O'Donnell Jm; George Kahrimanis; C. F. Moore
\ensuremath{\pi}N
Physical Review C | 1991
Williams Al; J.A. McGill; C. L. Morris; G. R. Burleson; J.A. Faucett; Oakley Ds; M. Burlein; H. T. Fortune; J. M. O’Donnell; George Kahrimanis; C. Fred Moore
single-charge-exchange database for energies ranging from 10 to 230 MeV, with 36 new analyzing powers. The Neutral Meson Spectrometer was used to detect the outgoing neutral pions. The data are well described by recent phase-shift analyses. When combined with high-precision and accurate cross section data at the same energies, the data can provide a good test of the degree of isospin breaking in the region of the
Physical Review D | 1984
I.P. Auer; R. W. Stanek; Steven J. Greene; S. Stuart; W. R. Ditzler; J. J. Jarmer; William B. Cottingame; H. M. Spinka; K. Toshioka; K. Imai; R. G. Wagner; A. Yokosawa; G. R. Burleson; E.W. Hoffman; D. G. Underwood; D. Hill
\ensuremath{\Delta}(1232)
Physical Review C | 1993
J. Johnson; G. R. Burleson; C. Edwards; M. El-Ghossain; M. A. Espy; R. Garnett; A. Hussein; Johnson K; C. F. Moore; C. L. Morris; J.M. O'Donnell; M. Palarczyk; Mohini W. Rawool-Sullivan; H. Ward; D.L. Watson; C. Whitley; Williams Al
resonance. They will also be helpful for constraining the evaluation of the pion-nucleon
Physical Review C | 1984
Rex R. Kiziah; Mark D. Brown; C. J. Harvey; D. S. Oakley; D. P. Saunders; Peter A. Seidl; C. F. Moore; William B. Cottingame; R. W. Garnett; Steven J. Greene; G. A. Luna; G. R. Burleson; David B. Holtkamp
\ensuremath{\sigma}