R.E. Ansorge
University of Cambridge
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Featured researches published by R.E. Ansorge.
Physics Letters B | 1985
G.J. Alner; C.N. Booth; K. Jon-And; C. Geich-Gimbel; F. Triantis; H. Schmickler; G. Wilquet; G. Ekspong; K. von Holt; R. Hospes; P. Carlson; J.E.V. Ovens; J.P. Fabre; T.O. White; R.S. DeWolf; N. Yamdagni; Ioannis Evangelou; K.A. French; D. Johnson; C. P. Ward; M. Gijsen; T. Muller; L. Burow; K. Alpgard; D.J. Munday; L. Van hamme; M. Langer; J. Gaudaen; B. Eckart; R. Meinke
Abstract Multiplicity distributions of charged particles for inelastic, non single-diffractive events in proton-antiproton collisions at a centre of mass energy of 540 GeV are presented for various pseudorapidity (Δη) intervals. The widths of the multiplicity distributions, scaled to their means, increase as Δη is made smaller, and the deviation from a Poisson distribution becomes progressively more pronounced. It is found that the data are remarkably well described by a negative binomial distribution. The parameters of the distributions vary smoothly with the size of the acceptance interval.
European Physical Journal C | 1986
G.J. Alner; R.E. Ansorge; B. Åsman; C.N. Booth; L. Burow; P. Carlson; R.S. DeWolf; A. Drees; B. Eckart; G. Ekspong; Ioannis Evangelou; A. Eyring; J.P. Fabre; C. Fuglesang; J. Gaudaen; C. Geich-Gimbel; B. Holl; R. Hospes; D. Johnson; K. Jon-And; F. Lotse; N. Manthos; R. Meinke; D.J. Munday; J.E.V. Ovens; W. Pelzer; J. J. Reidy; J. C. Rushbrooke; H. Schmickler; F. Triantis
AbstractNew data are presented on charged particle pseudorapidity distributions for inelastic events produced at c.m. energies
Magnetic Resonance in Medicine | 2005
Tim P. Hosey; Guy Darvall Williams; R.E. Ansorge
European Physical Journal C | 1989
R.E. Ansorge; B. Åsman; L. Burow; P. Carlson; R.S. DeWolf; B. Eckart; G. Ekspong; Ioannis Evangelou; C. Fuglesang; J. Gaudaen; C. Geich-Gimbel; B. Holl; K. Jon-And; F. Lotse; N. Manthos; D.J. Munday; W. Pelzer; J.G. Rushbrooke; F. Triantis; L. Van hamme; C. Walck; C. P. Ward; D. R. Ward; C. J. S. Webber; T.O. White; G. Wilquet; N. Yamdagni
\sqrt s
Technology in Cancer Research & Treatment | 2006
A.J. Lucas; Rob C. Hawkes; R.E. Ansorge; Guy B. Williams; Robert E. Nutt; John C. Clark; Tim D. Fryer; T. A. Carpenter
Physics Letters B | 1985
G.J. Alner; C.N. Booth; K. Jon-And; C. Geich-Gimbel; F. Triantis; H. Schmickler; G. Wilquet; G. Ekspong; K. von Holt; R. Hospes; P. Carlson; J.E.V. Ovens; J.P. Fabre; T.O. White; R.S. DeWolf; N. Yamdagni; Ioannis Evangelou; K.A. French; D. Johnson; C. P. Ward; M. Gijsen; T. Muller; L. Burow; K. Alpgard; D.J. Munday; L. Van hamme; M. Langer; J. Gaudaen; B. Eckart; R. Meinke
=200 and 900 GeV. The data were obtained at the CERN antiproton-proton Collider operated in a new pulsed mode. The rise of the central density ρ(0) at energies up to
Physics Letters B | 1986
G.J. Alner; R.E. Ansorge; B. Åsman; K. Böckmann; C.N. Booth; L. Burow; P. Carlson; C. Declercq; R.S. DeWolf; B. Eckart; G. Ekspong; Ioannis Evangelou; A. Eyring; J.P. Fabre; L. Frobel; C. Fuglesang; J. Gaudaen; C. Geich-Gimbel; G. von Holtey; R. Hospes; K. Jon-And; Th. Kokott; F. Lotse; N. Manthos; R. Meinke; D.J. Munday; J.E.V. Ovens; W. Pelzer; J. J. Reidy; J.G. Rushbrooke
Nuclear Instruments & Methods in Physics Research Section A-accelerators Spectrometers Detectors and Associated Equipment | 1988
R.E. Ansorge; C. Aurouet; P. Bareyre; P. Bonamy; C.N. Booth; M. Bouchard; Michel Bourdinaud; M. Cordier; J. Crittenden; J. Dupont; J. Dupraz; K. Einsweiler; C. Engster; J.P. Fabre; J.M. Gaillard; J-L. Garavel; K. Hultqvist; C. Jeanney; S.G. Katvars; M. Lefebvre; L. Linssen; B. McCluskey; B. Merkel; J. Meyer; D.J. Munday; P. Nappey; J.M. Pentney; S. Reynaud; J.G. Rushbrooke; J-C. Thevenin
\sqrt s
The Journal of Nuclear Medicine | 2011
Ian B. Malone; R.E. Ansorge; Guy B. Williams; Peter J. Nestor; T. Adrian Carpenter; Tim D. Fryer
Physics Letters B | 1981
K. Alpgard; C.N. Booth; K. Jon-And; F. Triantis; Daniel Bertrand; G. Ekspong; K. von Holt; R. Hospes; Y. Saarikko; P. Carlson; T.O. White; A. Odian; J.P. Fabre; M.N. Maggs; N. Yamdagni; Anthony Weidberg; K.A. French; D. Johnson; M. Rosenberg; M. Gijsen; T. Muller; L. Burow; D.J. Munday; R.E.S. Berglund; G. Weber; J. R. Carter; J. Gaudaen; B. Eckart; C. Buffam; R. Meinke
=900 GeV has been studied. A new form of central region scaling is found involving the densityρn(0) for charged multiplicityn, namely that the scaled central densityρn(0)/ρ(0) expressed as a function ofz=n/〈n〉 is independent ofs. Scaling in the fragmentation region holds to 10–20%, and the small amount of scalebreaking observed here could be accommodated within the framework suggested by Wdowcyk and Wolfendale to account for both accelerator and cosmic ray data.
