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Two-particle correlations in 158 A GeV collisions

The only known way to obtain indirect experimental information on the space-time structure of the particle emitting source created in relativistic heavy-ion collisions is two-particle (Hanbury-Brown- Twiss (HBT)) correlations. In particular a strong correlation between the momenta of the particles a...

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Autores principales:	Aggarwal, M M, Agnihotri, A, Ahammed, Z, Angelis, Aris L S, Antonenko, V G, Arefev, V, Astakhov, V A, Avdeichikov, V, Awes, T C, Baba, P V K S, Badyal, S K, Baldin, A, Barabash, L, Barlag, C, Bathe, S, Batyunya, B, Bernier, T, Bhalla, K B, Bhatia, V S, Blume, C, Bohne, E M, Böröcz, Z K, Bucher, D, Buijs, A, Büsching, H, Carlén, L, Chalyshev, V, Chattopadhyay, S, Cherbachev, R, Chujo, T, Claussen, A, Das, A C, Decowski, M P, Delagrange, H, Dzhordzhadze, V, Dönni, P, Dubovik, I, Dutt, S K, Dutta-Majumdar, M R, El-Chenawi, K F, Eliseev, S, Enosawa, K, Foka, P Y, Fokin, S L, Frolov, V, Ganti, M S, Garpman, S I A, Gavrishchuk, O P, Geurts, F J M, Ghosh, T K, Glasow, R, Sen-Gupta, S K, Guskov, B, Gustafsson, Hans Åke, Gutbrod, H H, Higuchi, R, Hrivnacova, I, Ippolitov, M S, Kalechofsky, H, Kamermans, R, Kampert, K H, Karadzhev, K, Karpio, K, Kato, S, Kees, S, Kim, H, Kolb, B W, Kosarev, I G, Kucheryaev, I, Krümpel, T, Kugler, A, Kulinich, P A, Kurata, M, Kurita, K, Kuzmin, N A, Langbein, I, Lebedev, A, Lee, Y Y, Löhner, H, Luquin, Lionel, Mahapatra, D P, Man'ko, V I, Martin, M, Martínez, G, Maksimov, A, Mehdiyev, R, Mgebrishvili, G, Miake, Y, Mikhalev, D, Mir, M F, Mishra, G C, Miyamoto, Y, Morrison, D, Mukhopadhyay, D S, Myalkovskii, V, Naef, H, Nandi, B K, Nayak, S K, Nayak, T K, Neumaier, S, Nyanin, A, Nikitin, V A, Nikolaev, S, Nilsson, P O, Nishimura, S, Nomokonov, V P, Nystrand, J, Obenshain, F E, Oskarsson, A, Otterlund, I, Pachr, M, Parfenov, A, Pavlyuk, S, Peitzmann, Thomas, Petracek, V, Plasil, F, Pinganaud, W, Purschke, M L, Räven, B, Rak, J, Raniwala, R, Raniwala, S, Ramamurthy, V S, Rao, N K, Retière, F, Reygers, K, Roland, G, Rosselet, L, Rufanov, I A, Roy, C, Rubio, J M, Sako, H, Sambyal, S S, Santo, R, Sato, S, Schlagheck, H, Schmidt, H R, Schutz, Y, Shabratova, G, Shah, T H, Sibiryak, Yu, Siemiarczuk, T, Silvermyr, D, Sinha, B C, Slavin, N V, Söderström, K, Solomey, Nickolas, Sørensen, S P, Stankus, P, Stefanek, G, Steinberg, P, Stenlund, E, Stüken, D, Sumbera, M, Svensson, T, Trivedi, M D, Tsvetkov, A A, Tykarski, L, Urbahn, J, Van den Pijll, E C, van Eijndhoven, N, van Nieuwenhuizen, G J, Vinogradov, A, Viyogi, Y P, Vodopyanov, A S, Vörös, S, Wyslouch, B, Yagi, K, Yokota, Y, Young, G R
Lenguaje:	eng
Publicado:	1999
Materias:	Nuclear Physics
Acceso en línea:	https://dx.doi.org/10.1016/S0375-9474(99)85057-X http://cds.cern.ch/record/431443

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author	Aggarwal, M M Agnihotri, A Ahammed, Z Angelis, Aris L S Antonenko, V G Arefev, V Astakhov, V A Avdeichikov, V Awes, T C Baba, P V K S Badyal, S K Baldin, A Barabash, L Barlag, C Bathe, S Batyunya, B Bernier, T Bhalla, K B Bhatia, V S Blume, C Bohne, E M Böröcz, Z K Bucher, D Buijs, A Büsching, H Carlén, L Chalyshev, V Chattopadhyay, S Cherbachev, R Chujo, T Claussen, A Das, A C Decowski, M P Delagrange, H Dzhordzhadze, V Dönni, P Dubovik, I Dutt, S K Dutta-Majumdar, M R El-Chenawi, K F Eliseev, S Enosawa, K Foka, P Y Fokin, S L Frolov, V Ganti, M S Garpman, S I A Gavrishchuk, O P Geurts, F J M Ghosh, T K Glasow, R Sen-Gupta, S K Guskov, B Gustafsson, Hans Åke Gutbrod, H H Higuchi, R Hrivnacova, I Ippolitov, M S Kalechofsky, H Kamermans, R Kampert, K H Karadzhev, K Karpio, K Kato, S Kees, S Kim, H Kolb, B W Kosarev, I G Kucheryaev, I Krümpel, T Kugler, A Kulinich, P A Kurata, M Kurita, K Kuzmin, N A Langbein, I Lebedev, A Lee, Y Y Löhner, H Luquin, Lionel Mahapatra, D P Man'ko, V I Martin, M Martínez, G Maksimov, A Mehdiyev, R Mgebrishvili, G Miake, Y Mikhalev, D Mir, M F Mishra, G C Miyamoto, Y Morrison, D Mukhopadhyay, D S Myalkovskii, V Naef, H Nandi, B K Nayak, S K Nayak, T K Neumaier, S Nyanin, A Nikitin, V A Nikolaev, S Nilsson, P O Nishimura, S Nomokonov, V P Nystrand, J Obenshain, F E Oskarsson, A Otterlund, I Pachr, M Parfenov, A Pavlyuk, S Peitzmann, Thomas Petracek, V Plasil, F Pinganaud, W Purschke, M L Räven, B Rak, J Raniwala, R Raniwala, S Ramamurthy, V S Rao, N K Retière, F Reygers, K Roland, G Rosselet, L Rufanov, I A Roy, C Rubio, J M Sako, H Sambyal, S S Santo, R Sato, S Schlagheck, H Schmidt, H R Schutz, Y Shabratova, G Shah, T H Sibiryak, Yu Siemiarczuk, T Silvermyr, D Sinha, B C Slavin, N V Söderström, K Solomey, Nickolas Sørensen, S P Stankus, P Stefanek, G Steinberg, P Stenlund, E Stüken, D Sumbera, M Svensson, T Trivedi, M D Tsvetkov, A A Tykarski, L Urbahn, J Van den Pijll, E C van Eijndhoven, N van Nieuwenhuizen, G J Vinogradov, A Viyogi, Y P Vodopyanov, A S Vörös, S Wyslouch, B Yagi, K Yokota, Y Young, G R
author_facet	Aggarwal, M M Agnihotri, A Ahammed, Z Angelis, Aris L S Antonenko, V G Arefev, V Astakhov, V A Avdeichikov, V Awes, T C Baba, P V K S Badyal, S K Baldin, A Barabash, L Barlag, C Bathe, S Batyunya, B Bernier, T Bhalla, K B Bhatia, V S Blume, C Bohne, E M Böröcz, Z K Bucher, D Buijs, A Büsching, H Carlén, L Chalyshev, V Chattopadhyay, S Cherbachev, R Chujo, T Claussen, A Das, A C Decowski, M P Delagrange, H Dzhordzhadze, V Dönni, P Dubovik, I Dutt, S K Dutta-Majumdar, M R El-Chenawi, K F Eliseev, S Enosawa, K Foka, P Y Fokin, S L Frolov, V Ganti, M S Garpman, S I A Gavrishchuk, O P Geurts, F J M Ghosh, T K Glasow, R Sen-Gupta, S K Guskov, B Gustafsson, Hans Åke Gutbrod, H H Higuchi, R Hrivnacova, I Ippolitov, M S Kalechofsky, H Kamermans, R Kampert, K H Karadzhev, K Karpio, K Kato, S Kees, S Kim, H Kolb, B W Kosarev, I G Kucheryaev, I Krümpel, T Kugler, A Kulinich, P A Kurata, M Kurita, K Kuzmin, N A Langbein, I Lebedev, A Lee, Y Y Löhner, H Luquin, Lionel Mahapatra, D P Man'ko, V I Martin, M Martínez, G Maksimov, A Mehdiyev, R Mgebrishvili, G Miake, Y Mikhalev, D Mir, M F Mishra, G C Miyamoto, Y Morrison, D Mukhopadhyay, D S Myalkovskii, V Naef, H Nandi, B K Nayak, S K Nayak, T K Neumaier, S Nyanin, A Nikitin, V A Nikolaev, S Nilsson, P O Nishimura, S Nomokonov, V P Nystrand, J Obenshain, F E Oskarsson, A Otterlund, I Pachr, M Parfenov, A Pavlyuk, S Peitzmann, Thomas Petracek, V Plasil, F Pinganaud, W Purschke, M L Räven, B Rak, J Raniwala, R Raniwala, S Ramamurthy, V S Rao, N K Retière, F Reygers, K Roland, G Rosselet, L Rufanov, I A Roy, C Rubio, J M Sako, H Sambyal, S S Santo, R Sato, S Schlagheck, H Schmidt, H R Schutz, Y Shabratova, G Shah, T H Sibiryak, Yu Siemiarczuk, T Silvermyr, D Sinha, B C Slavin, N V Söderström, K Solomey, Nickolas Sørensen, S P Stankus, P Stefanek, G Steinberg, P Stenlund, E Stüken, D Sumbera, M Svensson, T Trivedi, M D Tsvetkov, A A Tykarski, L Urbahn, J Van den Pijll, E C van Eijndhoven, N van Nieuwenhuizen, G J Vinogradov, A Viyogi, Y P Vodopyanov, A S Vörös, S Wyslouch, B Yagi, K Yokota, Y Young, G R
author_sort	Aggarwal, M M
collection	CERN
description	The only known way to obtain indirect experimental information on the space-time structure of the particle emitting source created in relativistic heavy-ion collisions is two-particle (Hanbury-Brown- Twiss (HBT)) correlations. In particular a strong correlation between the momenta of the particles and the space-time emission point indicate expanding sources as predicted by hydrodynamical models. Calculations suggest that the contribution of the various resonances that decay after freezeout is mainly seen as a reduction of the correlation strength lambda at small K/sub T/ and distortion of the Gaussian shape for HBT spectra. (10 refs).
id	cern-431443
institution	Organización Europea para la Investigación Nuclear
language	eng
publishDate	1999
record_format	invenio
spelling	cern-4314432019-09-30T06:29:59Zdoi:10.1016/S0375-9474(99)85057-Xhttp://cds.cern.ch/record/431443engAggarwal, M MAgnihotri, AAhammed, ZAngelis, Aris L SAntonenko, V GArefev, VAstakhov, V AAvdeichikov, VAwes, T CBaba, P V K SBadyal, S KBaldin, ABarabash, LBarlag, CBathe, SBatyunya, BBernier, TBhalla, K BBhatia, V SBlume, CBohne, E MBöröcz, Z KBucher, DBuijs, ABüsching, HCarlén, LChalyshev, VChattopadhyay, SCherbachev, RChujo, TClaussen, ADas, A CDecowski, M PDelagrange, HDzhordzhadze, VDönni, PDubovik, IDutt, S KDutta-Majumdar, M REl-Chenawi, K FEliseev, SEnosawa, KFoka, P YFokin, S LFrolov, VGanti, M SGarpman, S I AGavrishchuk, O PGeurts, F J MGhosh, T KGlasow, RSen-Gupta, S KGuskov, BGustafsson, Hans ÅkeGutbrod, H HHiguchi, RHrivnacova, IIppolitov, M SKalechofsky, HKamermans, RKampert, K HKaradzhev, KKarpio, KKato, SKees, SKim, HKolb, B WKosarev, I GKucheryaev, IKrümpel, TKugler, AKulinich, P AKurata, MKurita, KKuzmin, N ALangbein, ILebedev, ALee, Y YLöhner, HLuquin, LionelMahapatra, D PMan'ko, V IMartin, MMartínez, GMaksimov, AMehdiyev, RMgebrishvili, GMiake, YMikhalev, DMir, M FMishra, G CMiyamoto, YMorrison, DMukhopadhyay, D SMyalkovskii, VNaef, HNandi, B KNayak, S KNayak, T KNeumaier, SNyanin, ANikitin, V ANikolaev, SNilsson, P ONishimura, SNomokonov, V PNystrand, JObenshain, F EOskarsson, AOtterlund, IPachr, MParfenov, APavlyuk, SPeitzmann, ThomasPetracek, VPlasil, FPinganaud, WPurschke, M LRäven, BRak, JRaniwala, RRaniwala, SRamamurthy, V SRao, N KRetière, FReygers, KRoland, GRosselet, LRufanov, I ARoy, CRubio, J MSako, HSambyal, S SSanto, RSato, SSchlagheck, HSchmidt, H RSchutz, YShabratova, GShah, T HSibiryak, YuSiemiarczuk, TSilvermyr, DSinha, B CSlavin, N VSöderström, KSolomey, NickolasSørensen, S PStankus, PStefanek, GSteinberg, PStenlund, EStüken, DSumbera, MSvensson, TTrivedi, M DTsvetkov, A ATykarski, LUrbahn, JVan den Pijll, E Cvan Eijndhoven, Nvan Nieuwenhuizen, G JVinogradov, AViyogi, Y PVodopyanov, A SVörös, SWyslouch, BYagi, KYokota, YYoung, G RTwo-particle correlations in 158 A GeV collisionsNuclear PhysicsThe only known way to obtain indirect experimental information on the space-time structure of the particle emitting source created in relativistic heavy-ion collisions is two-particle (Hanbury-Brown- Twiss (HBT)) correlations. In particular a strong correlation between the momenta of the particles and the space-time emission point indicate expanding sources as predicted by hydrodynamical models. Calculations suggest that the contribution of the various resonances that decay after freezeout is mainly seen as a reduction of the correlation strength lambda at small K/sub T/ and distortion of the Gaussian shape for HBT spectra. (10 refs).oai:cds.cern.ch:4314431999
spellingShingle	Nuclear Physics Aggarwal, M M Agnihotri, A Ahammed, Z Angelis, Aris L S Antonenko, V G Arefev, V Astakhov, V A Avdeichikov, V Awes, T C Baba, P V K S Badyal, S K Baldin, A Barabash, L Barlag, C Bathe, S Batyunya, B Bernier, T Bhalla, K B Bhatia, V S Blume, C Bohne, E M Böröcz, Z K Bucher, D Buijs, A Büsching, H Carlén, L Chalyshev, V Chattopadhyay, S Cherbachev, R Chujo, T Claussen, A Das, A C Decowski, M P Delagrange, H Dzhordzhadze, V Dönni, P Dubovik, I Dutt, S K Dutta-Majumdar, M R El-Chenawi, K F Eliseev, S Enosawa, K Foka, P Y Fokin, S L Frolov, V Ganti, M S Garpman, S I A Gavrishchuk, O P Geurts, F J M Ghosh, T K Glasow, R Sen-Gupta, S K Guskov, B Gustafsson, Hans Åke Gutbrod, H H Higuchi, R Hrivnacova, I Ippolitov, M S Kalechofsky, H Kamermans, R Kampert, K H Karadzhev, K Karpio, K Kato, S Kees, S Kim, H Kolb, B W Kosarev, I G Kucheryaev, I Krümpel, T Kugler, A Kulinich, P A Kurata, M Kurita, K Kuzmin, N A Langbein, I Lebedev, A Lee, Y Y Löhner, H Luquin, Lionel Mahapatra, D P Man'ko, V I Martin, M Martínez, G Maksimov, A Mehdiyev, R Mgebrishvili, G Miake, Y Mikhalev, D Mir, M F Mishra, G C Miyamoto, Y Morrison, D Mukhopadhyay, D S Myalkovskii, V Naef, H Nandi, B K Nayak, S K Nayak, T K Neumaier, S Nyanin, A Nikitin, V A Nikolaev, S Nilsson, P O Nishimura, S Nomokonov, V P Nystrand, J Obenshain, F E Oskarsson, A Otterlund, I Pachr, M Parfenov, A Pavlyuk, S Peitzmann, Thomas Petracek, V Plasil, F Pinganaud, W Purschke, M L Räven, B Rak, J Raniwala, R Raniwala, S Ramamurthy, V S Rao, N K Retière, F Reygers, K Roland, G Rosselet, L Rufanov, I A Roy, C Rubio, J M Sako, H Sambyal, S S Santo, R Sato, S Schlagheck, H Schmidt, H R Schutz, Y Shabratova, G Shah, T H Sibiryak, Yu Siemiarczuk, T Silvermyr, D Sinha, B C Slavin, N V Söderström, K Solomey, Nickolas Sørensen, S P Stankus, P Stefanek, G Steinberg, P Stenlund, E Stüken, D Sumbera, M Svensson, T Trivedi, M D Tsvetkov, A A Tykarski, L Urbahn, J Van den Pijll, E C van Eijndhoven, N van Nieuwenhuizen, G J Vinogradov, A Viyogi, Y P Vodopyanov, A S Vörös, S Wyslouch, B Yagi, K Yokota, Y Young, G R Two-particle correlations in 158 A GeV collisions
title	Two-particle correlations in 158 A GeV collisions
title_full	Two-particle correlations in 158 A GeV collisions
title_fullStr	Two-particle correlations in 158 A GeV collisions
title_full_unstemmed	Two-particle correlations in 158 A GeV collisions
title_short	Two-particle correlations in 158 A GeV collisions
title_sort	two-particle correlations in 158 a gev collisions
topic	Nuclear Physics
url	https://dx.doi.org/10.1016/S0375-9474(99)85057-X http://cds.cern.ch/record/431443
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twoparticlecorrelationsin158agevcollisions AT retieref twoparticlecorrelationsin158agevcollisions AT reygersk twoparticlecorrelationsin158agevcollisions AT rolandg twoparticlecorrelationsin158agevcollisions AT rosseletl twoparticlecorrelationsin158agevcollisions AT rufanovia twoparticlecorrelationsin158agevcollisions AT royc twoparticlecorrelationsin158agevcollisions AT rubiojm twoparticlecorrelationsin158agevcollisions AT sakoh twoparticlecorrelationsin158agevcollisions AT sambyalss twoparticlecorrelationsin158agevcollisions AT santor twoparticlecorrelationsin158agevcollisions AT satos twoparticlecorrelationsin158agevcollisions AT schlagheckh twoparticlecorrelationsin158agevcollisions AT schmidthr twoparticlecorrelationsin158agevcollisions AT schutzy twoparticlecorrelationsin158agevcollisions AT shabratovag twoparticlecorrelationsin158agevcollisions AT shahth twoparticlecorrelationsin158agevcollisions AT sibiryakyu twoparticlecorrelationsin158agevcollisions AT siemiarczukt twoparticlecorrelationsin158agevcollisions AT silvermyrd twoparticlecorrelationsin158agevcollisions AT sinhabc twoparticlecorrelationsin158agevcollisions AT slavinnv twoparticlecorrelationsin158agevcollisions AT soderstromk twoparticlecorrelationsin158agevcollisions AT solomeynickolas twoparticlecorrelationsin158agevcollisions AT sørensensp twoparticlecorrelationsin158agevcollisions AT stankusp twoparticlecorrelationsin158agevcollisions AT stefanekg twoparticlecorrelationsin158agevcollisions AT steinbergp twoparticlecorrelationsin158agevcollisions AT stenlunde twoparticlecorrelationsin158agevcollisions AT stukend twoparticlecorrelationsin158agevcollisions AT sumberam twoparticlecorrelationsin158agevcollisions AT svenssont twoparticlecorrelationsin158agevcollisions AT trivedimd twoparticlecorrelationsin158agevcollisions AT tsvetkovaa twoparticlecorrelationsin158agevcollisions AT tykarskil twoparticlecorrelationsin158agevcollisions AT urbahnj twoparticlecorrelationsin158agevcollisions AT vandenpijllec twoparticlecorrelationsin158agevcollisions AT vaneijndhovenn twoparticlecorrelationsin158agevcollisions AT vannieuwenhuizengj twoparticlecorrelationsin158agevcollisions AT vinogradova twoparticlecorrelationsin158agevcollisions AT viyogiyp twoparticlecorrelationsin158agevcollisions AT vodopyanovas twoparticlecorrelationsin158agevcollisions AT voross twoparticlecorrelationsin158agevcollisions AT wyslouchb twoparticlecorrelationsin158agevcollisions AT yagik twoparticlecorrelationsin158agevcollisions AT yokotay twoparticlecorrelationsin158agevcollisions AT younggr twoparticlecorrelationsin158agevcollisions

Two-particle correlations in 158 A GeV collisions

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