pp and ππ intensity interferometry in collisions of Ar+KCl at 1.76A GeV

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ID: 268069
2011
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Abstract
Results on pp, π+π+, and π−π− intensity interferometry are reported for collisions of Ar+KCl at 1.76A GeV beam energy, studied with the High Acceptance Di-Electron Spectrometer (HADES) at SIS18/GSI. The experimental correlation functions as a function of the relative momentum are compared to model calculations allowing the determination of the space-time extent of the corresponding emission sources. The ππ source radii are found significantly larger than the pp emission radius. The present radii do well complement the beam-energy dependences of Gaussian source radii of the collision system of size A + A ≃ 40 + 40 . The pp source radius at fixed beam energy is found to increase linearly with the cube root of the number of participants. From this trend, a lower limit of the pp correlation radius is deduced.
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Authors G. Agakishiev,the Hades collaboration,A. Balanda,B. Bannier,R. Bassini,Daniel Belver,A. V. Belyaev,A. Blanco,M. Böhmer,J. L. Boyard,P. Cabanelas,E. Castro,S. Chernenko,T. Christ,Marco Giovanni Maria Destefanis,Jose Diaz,F. Dohrmann,A. Dybczak,T. Eberl,E. Epple,L. Fabbietti,O. V. Fateev,P. Finocchiaro,P. Fonte,J. Friese,I. Fröhlich,T. Galatyuk,J. A. Garzon,R. Gernhäuser,A. Gil,C. Gilardi,M. Golubeva,Diego Gonzalez Diaz,F. Guber,M. Gumberidze,M. Heilmann,T. Heinz,T. Hennino,R. Holzmann,P. Huck,I. Iori,A. Ivashkin,M. Jurkovic,B. Kämpfer,K. Kanaki,T. Karavicheva,D. Kirschner,I. Koenig,W. Koenig,B. W. Kolb,Roland Kotte,F. Krizek,R. Krücken,W. Kühn,A. Kugler,Alexey Kurepin,S. Lang,J. S. Lange,K. Lapidus,T. Liu,Luis Lopes,M. Lorenz,L. Maier,A. Mangiarotti,J. Markert,V. Metag,B. Michalska,J. Michel,D. Mishra,E. Morinière,J. Mousa,C. Muntz,L. Naumann,J. Otwinowski,Y. C. Pachmayer,M. Palka,Y. Parpottas,V. Pechenov,O. Pechenova,T. Perez Cavalcanti,J. Pietraszko,W. Przygoda,B. Ramstein,A. Reshetin,M. Roy-Stéphan,A. Rustamov,A. Sadovsky,B. Sailer,P. Salabura,A. Schmah,E. Schwab,J. Siebenson,Yu. G. Sobolev,S. Spataro,B. Spruck,H. Ströbele,J. Stroth,C. Sturm,A. Tarantola,K. Teilab,P. Tlustý,M. Traxler,R. Trebacz,H. Tsertos,V. Wagner,M. Weber,C. Wendisch,M. Wisniowski,T. Wojcik,J. Wüstenfeld,S. Yurevich,Y. V. Zanevsky,P. Zhou,P. Zumbruch;G. Agakishiev;the Hades collaboration;A. Balanda;B. Bannier;R. Bassini;Daniel Belver;A. V. Belyaev;A. Blanco;M. Böhmer;J. L. Boyard;P. Cabanelas;E. Castro;S. Chernenko;T. Christ;Marco Giovanni Maria Destefanis;Jose Diaz;F. Dohrmann;A. Dybczak;T. Eberl;E. Epple;L. Fabbietti;O. V. Fateev;P. Finocchiaro;P. Fonte;J. Friese;I. Fröhlich;T. Galatyuk;J. A. Garzon;R. Gernhäuser;A. Gil;C. Gilardi;M. Golubeva;Diego Gonzalez Diaz;F. Guber;M. Gumberidze;M. Heilmann;T. Heinz;T. Hennino;R. Holzmann;P. Huck;I. Iori;A. Ivashkin;M. Jurkovic;B. Kämpfer;K. Kanaki;T. Karavicheva;D. Kirschner;I. Koenig;W. Koenig;B. W. Kolb;Roland Kotte;F. Krizek;R. Krücken;W. Kühn;A. Kugler;Alexey Kurepin;S. Lang;J. S. Lange;K. Lapidus;T. Liu;Luis Lopes;M. Lorenz;L. Maier;A. Mangiarotti;J. Markert;V. Metag;B. Michalska;J. Michel;D. Mishra;E. Morinière;J. Mousa;C. Muntz;L. Naumann;J. Otwinowski;Y. C. Pachmayer;M. Palka;Y. Parpottas;V. Pechenov;O. Pechenova;T. Perez Cavalcanti;J. Pietraszko;W. Przygoda;B. Ramstein;A. Reshetin;M. Roy-Stéphan;A. Rustamov;A. Sadovsky;B. Sailer;P. Salabura;A. Schmah;E. Schwab;J. Siebenson;Yu. G. Sobolev;S. Spataro;B. Spruck;H. Ströbele;J. Stroth;C. Sturm;A. Tarantola;K. Teilab;P. Tlustý;M. Traxler;R. Trebacz;H. Tsertos;V. Wagner;M. Weber;C. Wendisch;M. Wisniowski;T. Wojcik;J. Wüstenfeld;S. Yurevich;Y. V. Zanevsky;P. Zhou;P. Zumbruch;
Journal the european physical journal a
Year 2011
DOI
10.1140/epja/i2011-11063-x
URL
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