J. P. Connelly
University of New Hampshire
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Featured researches published by J. P. Connelly.
Physical Review C | 1990
J. E. Wise; F. W. Hersman; J. Heisenberg; T. E. Milliman; J. P. Connelly; J. R. Calarco; C. N. Papanicolas
Inelastic-electron-scattering cross sections have been measured for the first three excitations in {sup 89}Y at forward angles for momentum transfers of 1.25{lt}{ital q}{lt}3.01 fm{sup {minus}1} and at 180{degree} for 0.72{lt}{ital q}{lt}2.67 fm{sup {minus}1}. Transition charge and current densities extracted in a Fourier-Bessel analysis of all existing cross sections show considerable departures from the single-particle model. The inclusion of core polarization from the operator renormalization approximation for shell models gives good agreement with experimental results.
Physical Review C | 1990
J. E. Wise; F. W. Hersman; J. Heisenberg; T. E. Milliman; J. P. Connelly; J. R. Calarco; C.N. Papanicolas
Inelastic-electron-scattering cross sections have been measured for the first three excitations in {sup 89}Y at forward angles for momentum transfers of 1.25{lt}{ital q}{lt}3.01 fm{sup {minus}1} and at 180{degree} for 0.72{lt}{ital q}{lt}2.67 fm{sup {minus}1}. Transition charge and current densities extracted in a Fourier-Bessel analysis of all existing cross sections show considerable departures from the single-particle model. The inclusion of core polarization from the operator renormalization approximation for shell models gives good agreement with experimental results.
Physical Review C | 1990
J. E. Wise; F. W. Hersman; J. Heisenberg; T. E. Milliman; J. P. Connelly; J. R. Calarco; C.N. Papanicolas
Inelastic-electron-scattering cross sections have been measured for the first three excitations in {sup 89}Y at forward angles for momentum transfers of 1.25{lt}{ital q}{lt}3.01 fm{sup {minus}1} and at 180{degree} for 0.72{lt}{ital q}{lt}2.67 fm{sup {minus}1}. Transition charge and current densities extracted in a Fourier-Bessel analysis of all existing cross sections show considerable departures from the single-particle model. The inclusion of core polarization from the operator renormalization approximation for shell models gives good agreement with experimental results.
Physical Review C | 1992
W. Kim; J. P. Connelly; J. Heisenberg; F. W. Hersman; T. E. Milliman; J. E. Wise; C.N. Papanicolas; S. Fayans; A.P. Platonov
Physical Review C | 1993
J. E. Wise; Calarco; J. P. Connelly; S. Fayans; F. W. Hersman; J. Heisenberg; Hicks Rs; W. Kim; T. E. Milliman; Miskimen Ra; G. A. Peterson; A.P. Platonov; Saperstein Ee; Singhal Rp
Physical Review C | 1992
W. Kim; B. L. Miller; J. R. Calarco; L. S. Cardman; J. P. Connelly; S. Fayans; B. Frois; D. Goutte; J. Heisenberg; F. W. Hersman; V. Meot; T. E. Milliman; P. Mueller; C.N. Papanicolas; A.P. Platonov; V.Y. Ponomarev
Physical Review C | 1991
W. Kim; J. R. Calarco; J. P. Connelly; J. Heisenberg; F. W. Hersman; T. E. Milliman; J. E. Wise; B. L. Miller; C.N. Papanicolas; V. Yu. Ponomarev; Saperstein Ee; A.P. Platonov
Physical Review C | 1993
J. J. Kelly; Flanders Bs; F. W. Hersman; J. Heisenberg; J. R. Calarco; J. P. Connelly; T. E. Milliman; A. Scott; F. T. Baker; Penumetcha; W.P. Jones; G.T. Emery; A. D. Bacher; C. Olmer; M. A. Grimm; M. L. Whiten
Physical Review C | 1992
J. P. Connelly; D. J. DeAngelis; J. Heisenberg; F. W. Hersman; W. Kim; Mark Bancroft Leuschner; T. E. Milliman; J. E. Wise; C.N. Papanicolas
Physical Review C | 1992
Wise Je; J. P. Connelly; F. W. Hersman; J. Heisenberg; W. Kim; Mark Bancroft Leuschner; S. Fayans; A.P. Platonov; Saperstein Ee; V.Y. Ponomarev
