M.M.H.M. Rijssenbeek | Researchain

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Featured researches published by M.M.H.M. Rijssenbeek.

European Physical Journal C | 1982

General features of\(\bar pp\) interactions at 7.3 GeV/c

G. D. Patel; P. Johnson; P. Mason; P. Michaelides; Ch. Michaelidou; H. Muirhead; B.M. Whyman; G.W. van Apeldoorn; D. Harting; D. Holthuizen; B. J. Pijlgroms; M.M.H.M. Rijssenbeek; J. MacNaughton; M. Markytan; Herbert Rohringer; L. Sakeliou; G. Vassiliades; S. Karpathopoulos; Michael E Mermikides; E. Zevgolatakos; Elias Katsoufis

AbstractAbsolute inclusive cross sections forn

Nuclear Instruments and Methods | 1976

Ionization measurements with an HPD in the analysis of pp interactions at 7.3 GeV/c☆

G.W. Van Apeldoorn; P.H.A. Van Dam; D. Harting; F.G. Hartjes; L.O. Hertzberger; D.L. Holthuizen; W. M. van Leeuwen; M.M.H.M. Rijssenbeek; C. Voetelink; J.M. Warmerdam-De Leeuw

European Physical Journal A | 1982

INCLUSIVE RESONANCE PRODUCTION IN 7.3-GEV/C ANTI-P P INTERACTIONS

B.M. Whyman; P. Johnson; D. Holthuizen; H. Muirhead; B. J. Pijlgroms; P. Mason; G. D. Patel; M.M.H.M. Rijssenbeek; G.W. van Apeldoorn; D. Harting

bar pp

Nuclear Physics | 1979

Study of diffraction dissociation and double resonance production in the final state pp π+π− at 7.2 GeV/c

G.W. Van Apeldoorn; D. Harting; D.J. Holthuizen; B.J. Pijlgroms; M.M.H.M. Rijssenbeek; J.M. Warmerdam-De Leeuw

Nuclear Physics | 1978

Final states with a neutral meson and a π+π− or pp pair in pp interactions at 7.2 GeV/c

G.W. Van Apeldoorn; R.L.F. Gründeman; D. Harting; D.J. Holthuizen; R. Leeuwerink; B.J. Pijlgroms; M.M.H.M. Rijssenbeek; J.M. Warmerdam-De Leeuw; G.F. Wolters

n interactions at 7.3 GeV/c are given. The data cover prong cross sections,V0, γ production and inclusive charged particle (p/π) production. Separation has been made into annihilation and non-annihilation components. Inclusive π+, π− production in the processes ofn

Physics Letters B | 1978

A search for the I peak at 2.60 GeV/c2 in 12 GeV/c pp interactions in the CERN 2 m HBC

G.W. Van Apeldoorn; D. Harting; D.J. Holthuizen; B.J. Pijlgroms; M.M.H.M. Rijssenbeek; D. Visser; J.M. Warmerdam-De Leeuw; V. Karimäki; R. Kinnunen; M. Korkea-Aho; J. Tuominiemi; W.H. Evans; P. Johnson; P. Mason; H. Muirhead; G. D. Patel; G. Blomquist; G. Ekspong; T. Moa; S. Nilsson; C. Walck; N. Yamdagni

Physics Letters B | 1982

Rapidity density distributions in antiproton-proton collisions

G.W. van Apeldoorn; D. Harting; D. Holthuizen; B. J. Pijlgroms; M.M.H.M. Rijssenbeek; V. Karimäki; R. Kinnunen; M. Korkea-Aho; J. Maalampi; J. Tuominiemi; G. D. Patel; P. Johnson; P. Mason; H. Muirhead; B.M. Whyman

bar pp

European Physical Journal C | 1982

The reactionp→Δ(1236)\(\bar \Delta \)(1236) at beam momenta of 7.23 GeV/c and 12.0 GeV/c

G.W. Van Apeldoorn; D. Harting; D.J. Holthuizen; J. M. de Leeuw; B.J. Pijlgroms; M.M.H.M. Rijssenbeek; V. Karimäki; R. Kinnunen; M. Korkea-Aho; J. Tuominiemi; P. Johnson; P. Mason; P. Michaelides; Ch. Michaelidou; H. Muirhead; G. D. Patel

Nuclear Physics | 1980

Diffraction dissociation in the final state ppπ+π− at 12 GeV/c

G.W. Van Apeldoorn; D. Harting; D.J. Holthuizen; B.J. Pijlgroms; M.M.H.M. Rijssenbeek; J.M. Warmerdam-De Leeuw; V. Karimäki; R. Kinnunen; M. Korkea-Aho; P. Johnson; P. Mason; P. Michaelides; Ch. Michaelidou; H. Muirhead; G. D. Patel; T. Moa; C. Walck

n annihilation and non-annihilation are compared with simple quark models.

Nuclear Instruments and Methods | 1979

Automatic measurement of 12 GeV/c p̄p interactions in the CERN 2 m HBC

G.W. Van Apeldoorn; P.H.A. Van Dam; D. Gosman; D. Harting; F.G. Hartjes; L.O. Hertzberger; D.J. Holthuizen; W. M. van Leeuwen; R. Pfeijffers; B.J. Pijlgroms; M.M.H.M. Rijssenbeek; A. Tenner; J.M. Warmerdam-De Leeuw; E. Wassenaar

Abstract From the measurement of bubble chamber pictures with an HPD, values for the bubble density of the tracks are obtained that allow separation of protons and pions up to moments of 1.8 GeV/c. These ionization measurements form together with a number of other tests the basis of a reliable automatic decision system which is now used in the analysis of bubble chamber pictures in the Zeeman-Laboratorium.

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