J. Litt
Stanford University
10 Papers
93 Citations
J. Litt is an academic researcher from Stanford University. The author has contributed to research in topics: Elastic scattering & Proton. The author has an hindex of 8, co-authored 10 publications.
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Papers
Electron--proton elastic scattering at high momentum transfers.
D. H. Coward,DeStaebler Hc,R. A. Early,J. Litt,A. Minten,Luke W. Mo,W. K. H. Panofsky,Richard E. Taylor,Martin Breidenbach,J. Friedman,Henry W. Kendall,P. N. Kirk,Barry C. Barish,J. Mar,J. Pine +14 more
TL;DR: In this article, the authors report preliminary values of electron-proton elastic scattering measurements at the Stanford Linear Accelerator Center (SLAC) carried out at squared four-momentum transfers q^2 from 0.7 to 25.0 (GeV/c)^2.
Measurement of the ratio of the proton form factors, GE/GM, at high momentum transfers and the question of scaling
J. Litt,G. Buschhorn,D.H. Coward,DeStaebler Hc,Luke W. Mo,Richard E. Taylor,B. C. Barish,S. C. Loken,J. Pine,J.I. Friedman,G. C. Hartmann,Henry W. Kendall +11 more
TL;DR: In this article, the angular distributions at q2 = 2.5 and 3.75 (GeV/c)2 are sufficient to provide values of the ratio GE/GM independent of the results from other laboratories.
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pi+- p, K+- p, p p and anti-p p Elastic Scattering from 50-GeV/c to 175-GeV/c
D.S. Ayres,R. Diebold,G. J. Maclay,D. Cutts,R. E. Lanou,L.J. Levinson,J. T. Massimo,J. Litt,R. Meunier,M.R. Sogard,B. Gittelman,E. C. Loh,A. E. Brenner,J. E. Elias,G. Mikenberg,L. Guerriero,P. Lavopa,Giorgio Maggi,C. DeMarzo,F. Posa,Giovanna Selvaggi,P. Spinelli,F. Waldner,D. S. Barton,J. N. Butler,J. Fines,J.I. Friedman,Henry W. Kendall,B. Nelson,L. Rosenson,R. Verdier,B. Gottschalk,R. L. Anderson,D. Gustavson,K. Rich,D. M. Ritson,G.A. Weitsch +36 more
TL;DR: In this paper, the elastic cross sections for the scattering of six different types of protons have been measured in the t interval -0.04 to - 0.75 GeV/sup 2/ at five momenta: 50, 70, 100, 140, and 175 GeV /c.
Inelastic Diffractive Scattering at Energies of 140 to 175 GeV
D.S. Ayres,R. Diebold,D. Cutts,R. E. Lanou,L.J. Levinson,J. T. Massimo,J. Litt,R. Meunier,B. Gittelman,M.R. Sogard,A. E. Brenner,J. E. Elias,G. Mikenberg,C. De Marzo,L. Guerriero,P. Lavopa,Giorgio Maggi,F. Posa,Giovanna Selvaggi,P. Spinelli,F. Waldner,D. S. Barton,J. N. Butler,J. Fines,J.I. Friedman,Henry W. Kendall,B. Nelson,L. Rosenson,R. Verdier,B. Gottschalk,R. L. Anderson,D. Gustavson,K. Rich,D. M. Ritson,G.A. Weitsch,E. C. Loh +35 more
Abstract: Inelastic differential cross sections have been measured for p, p, and p+-p at 140- and 175- GeV/c incident momentum over a mod t range from 0.05 to 0.6 GeV/sup 2/ and covering a missing-mass region from 2.4 to 9 GeV/sup 2/. For M/sub x//sup 2/ greater than 4 GeV/sup 2/, the invariant quantity M/sub x//sup 2/d/sup 2/sigma/dtdM/sub x//sup 2/ was found to be independent of M/sub x//sup 2/ at fixed t and could be adeuately described by a simple triple-Pomeron form. The values obtained for the triple-Pomeron couplings are identical within statistics for all channels. (AIP)
Inclusive Hadron Scattering from 50 to 175 GeV/c
R. L. Anderson,D.S. Ayres,D. S. Barton,A. E. Brenner,J. N. Butler,D. Cutts,C. De Marzo,R. Diebold,J. E. Elias,J. Fines,J.I. Friedman,B. Gittelman,B. Gottschalk,L. Guerriero,D. Gustavson,Henry W. Kendall,R. E. Lanou,P. Lavopa,L.J. Levinson,J. Litt,E. C. Loh,Giorgio Maggi,J. T. Massimo,R. Meunier,G. Mikenberg,B. Nelson,F. Posa,K. Rich,D. M. Ritson,L. Rosenson,Giovanna Selvaggi,M.R. Sogard,P. Spinelli,R. Verdier,F. Waldner,G.A. Weitsch +35 more
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