S. Barrow
University of Pennsylvania
Network
Latest external collaboration on country level. Dive into details by clicking on the dots.
Publication
Featured researches published by S. Barrow.
Physical Review Letters | 1998
C. Bochna; B. Terburg; D. Abbott; Abdellah Ahmidouch; C. S. Armstrong; J. Arrington; K. A. Assamagan; Oliver Keith Baker; S. Barrow; D. Beatty; D. Beck; S. Beedoe; E. J. Beise; J. E. Belz; P. Bosted; E. J. Brash; H. Breuer; R. V. Cadman; L. Cardman; R. Carlini; J. Cha; N. S. Chant; C. Cothran; W. J. Cummings; S. Danagoulian; F. Duncan; James Dunne; D. Dutta; T. Eden; R. Ent
The first measurements of the differential cross section for the d(γ,p)n reaction up to 4.0 GeV were performed at the Continuous Electron Beam Accelerator Facility (CEBAF) at Thomas Jefferson Laboratory. We report the cross sections at the proton center-of-mass angles of 36°, 52°, 69°, and 89°. These results are in reasonable agreement with previous measurements at lower energy. The 89° and 69° data show constituent-counting-rule behavior up to 4.0 GeV photon energy. The 52° and 36° data disagree with the counting-rule behavior. The quantum chromodynamics (QCD) model of nuclear reactions involving reduced amplitudes disagrees with the present data.
Nuclear Instruments & Methods in Physics Research Section A-accelerators Spectrometers Detectors and Associated Equipment | 1994
A. H. Wuosmaa; P. Wilt; B. B. Back; R.R. Betts; M. Freer; B.G. Glagola; Th. Happ; D. Henderson; I.G. Bearden; R.W. Zurmühle; D. P. Balamuth; S. Barrow; D. Benton; Q. Li; Z. Liu; Y. Miao
A compact, modular, low-cost, high-density readout system for double-sided silicon strip detectors (DSSD) has been developed. The system, composed of a customized high-density, multi-channel preamplifier unit combined with commercial CAMAC modules, provides for the individual readout of each of the 32 segments in a 16 × 16 crossed-strip DSSD. This system permits X–Y position sensitivity to be achieved for multiple-particle events, making double-sided silicon strip detectors powerful tools for the study of nuclear reactions leading to many-charged-particle final states.
Physical Review C | 2003
D. Dutta; D. van Westrum; D. Abbott; A. Ahmidouch; Ts. A. Amatuoni; C. S. Armstrong; J. Arrington; K. Assamagan; K. Bailey; Oliver Keith Baker; S. Barrow; K. Beard; D. Beatty; S. Beedoe; E. J. Beise; E. Belz; C. Bochna; P. Bosted; H. Breuer; E.E.W. Bruins; R. Carlini; J. Cha; N. S. Chant; C. Cothran; W.J. Cummings; S. Danagoulian; D. Day; D. DeSchepper; J.-E. Ducret; F. Duncan
We report the results from a systematic study of the quasi-elastic (e,ep) reaction on
Physical Review C | 2003
D. Dutta; S. Barrow; J. W. Price; P. Welch; J. Arrington; E.E.W. Bruins; K. Assamagan; G. Niculescu; D. Mack; P. Stoler; J. J. Kelly; P. Bosted; Alan M. Nathan; C. Yan; O.Keith Baker; John C. Mitchell; A. Lung; N. S. Chant; J. Cha; R. Suleiman; S. A. Wood; A. Mateos; D. Meekins; F. Duncan; C. Jackson; W. Lorenzon; S. Beedoe; P. Markowitz; D. Abbott; H. Mkrtchyan
^{12}
Intersections between particle and nuclear physics | 1997
D. Dutta; D. Abbott; Ts.A. Amatuni; A. Ahmidouch; C. S. Armstrong; J. Arrington; K. Assamagan; Oliver Keith Baker; S. Barrow; K. Beard; D. Beatty; S. Beedoe; E. J. Beise; E. Belz; C. Bochna; H. Breuer; E.E.W. Bruins; R. Carlini; J. Cha; N. S. Chant; C. Cothran; W.J. Cummings; S. Danagoulian; D. Day; D. DeSchepper; J.-E. Ducret; F. Duncan; J. Dunne; T. Eden; R. Ent
C,
Archive | 1992
A. H. Wuosmaa; R.R. Betts; S. Barrow; D. Benton; P. Wilt; R. W. Zurmühle
^{56}
Physical Review Letters | 1998
D. Abbott; A. Ahmidouch; Ts.A. Amatuni; C. S. Armstrong; J. Arrington; K. Assamagan; K. Bailey; Oliver Keith Baker; S. Barrow; K. Beard; D. Beatty; S. Beedoe; E. J. Beise; E. Belz; C. Bochna; H. Breuer; E.E.W. Bruins; R. Carlini; J. Cha; N. S. Chant; C. Cothran; W.J. Cummings; S. Danagoulian; D. Day; D. DeSchepper; J.-E. Ducret; F. Duncan; J. Dunne; D. Dutta; T. Eden
Fe and
Physical Review C | 2000
D. Dutta; D. van Westrum; D. Abbott; A. Ahmidouch; A. Amatuni; C. S. Armstrong; J. Arrington; K. A. Assamagan; K. Bailey; O.K. Baker; S. Barrow; K. Beard; D. Beatty; S. Beedoe; E. J. Beise; E. Belz; C. Bochna; P. Bosted; H. Breuer; E.E.W. Bruins; R. Carlini; J. Cha; N. S. Chant; R.E. Chrien; C. Cothran; W.J. Cummings; S. Danagoulian; D. Day; D. DeSchepper; J.-E. Ducret
^{197}
Physical Review C | 1999
D. G. Meekins; D. Abbott; A. Ahmidouch; C. S. Armstrong; J. Arrington; K. A. Assamagan; Oliver Keith Baker; S. Barrow; D. Beatty; D. Beck; S. Beedoe; E. J. Beise; J. E. Belz; C. Bochna; P. Bosted; E. Brash; H. Breuer; R. V. Cadman; L. Cardman; R. Carlini; J. Cha; N. S. Chant; C. Cothran; W. J. Cummings; S. Danagoulian; F. Duncan; James Dunne; D. Dutta; T. Eden; R. Ent
Au performed at Jefferson Lab. We have measured nuclear transparency and extracted spectral functions (corrected for radiation) over a Q
Physical Review C | 1996
Y. Miao; R. W. Zurmühle; S. Barrow; N.G. Wimer; Murgatroyd Jt; C. Lee; Zheng Liu
^2
Collaboration
Dive into the S. Barrow's collaboration.
