The charged particle multiplicity distribution of hadronic Z decays was measured on the peak of the Z resonance using the ALEPH detector at LEP. Using a model independent unfolding procedure the distribution was found to have a mean <n> = 20.85 +/- 0.24 and a dispersion D = 6.34 +/- 0.12. Comparison with lower energy data supports the KNO scaling hypothesis in the energy range square-root s = 29-91.25 GeV. At square-root s = 91.25 GeV the shape of the multiplicity distribution is well described by a log-normal distribution, as predicted from a cascading model for multi-particle production. The same model also successfully describes the energy dependence of the mean and width of the multiplicity distribution. A next-to-leading order QCD prediction in the frame-work of the modified leading-log approximation and local parton-hadron duality is found to fit the energy dependence of the mean but not the width of the charged multiplicity distribution, indicating that the width of the multiplicity distribution is a sensitive probe for higher order QCD or non-perturbative effects.
Measurement of the charged particle multiplicity distribution in hadronic Z decays / Decamp, D; Deschizeaux, B; Goy, C; Lees, Jp; Minard, Mn; Alemany, R; Crespo, Jm; Delfino, M; Fernandez, E; Gaitan, V; Garrido, L; Mir, Lm; Pacheco, A; Catanesi, Mg; Creanza, Donato Maria; Depalma, M; Farilla, A; Iaselli, Giuseppe; Maggi, Giorgio Pietro; Maggi, M; Natali, S; Nuzzo, S; Quattromini, M; Ranieri, A; Raso, G; Romano, F; Ruggieri, F; Selvaggi, G; Silvestris, L; Tempesta, P; Zito, G; Gao, Y; H, Hu; Huang, D; Huang, X; Lin, J; Lou, J; Qiao, C; Ruan, T; Wang, T; Xie, Y; Xu, D; Xu, R; Zhang, J; Zhao, W; Atwood, Wb; Bauerdick, Lat; Bird, F; Blucher, E; Bonvicini, G; Bossi, F; Boudreau, J; Burnett, Th; Drevermann, H; Forty, Rw; Grab, C; Hagelberg, R; Haywood, S; Hilgart, J; Jost, B; Kasemann, M; Knobloch, J; Lacourt, A; Lancon, E; Lehraus, I; Lohse, T; Lusiani, A; Marchioro, A; Martinez, M; Mato, P; Menary, S; Meyer, T; Minten, A; Miotto, A; Miquel, R; Moser, Hg; Nash, J; Palazzi, P; Ranjard, F; Redlinger, G; Rolandi, L; Roth, A; Rothberg, J; Rotscheidt, H; Saich, M; Schlatter, D; Schmelling, M; Tejessy, W; Wachsmuth, H; Wasserbaech, S; Wiedenmann, W; Witzeling, W; Wotschack, J; Ajaltouni, Z; Badaud, F; Bardadinotwinowska, M; Bencheikh, Am; Elfellous, R; Falvard, A; Gay, P; Guicheney, C; Henrard, P; Jousset, J; Michel, B; Montret, Jc; Pallin, D; Perret, P; Proriol, J; Prulhiere, F; Stimpfl, G; Hansen, Jd; Hansen, Jr; Hansen, Ph; Mollerud, R; Nilsson, Bs; Efthymiopoulos, I; Simopoulou, E; Vayaki, A; Badier, J; Blondel, A; Bonneaud, G; Brient, Jc; Fouque, G; Gamess, A; Harvey, J; Orteu, S; Rosowsky, A; Rouge, A; Rumpf, M; Tanaka, R; Videau, H; Candlin, Dj; Veitch, E; Moneta, L; Parrini, G; Corden, M; Georgiopoulos, C; Ikeda, M; Lannutti, J; Levinthal, D; Mermikides, M; Sawyer, L; Antonelli, A; Baldini, R; Bencivenni, G; Bologna, G; Campana, P; Capon, G; Cerutti, F; Chiarella, V; Dettorrepiazzoli, B; Felici, G; Laurelli, P; Mannocchi, G; Murtas, F; Murtas, Gp; Passalacqua, L; Pepealtarelli, M; Picchi, P; Zografou, P; Altoon, B; Boyle, O; Colrain, P; Halley, Aw; Tenhave, I; Lynch, Jg; Maitland, W; Morton, Wt; Raine, C; Scarr, Jm; Smith, K; Thompson, As; Turnbull, Rm; Brandl, B; Braun, O; Geiges, R; Geweniger, C; Hanke, P; Hepp, V; Kluge, Ee; Maumary, Y; Putzer, A; Rensch, B; Stahl, A; Tittel, K; Wunsch, M; Belk, At; Beuselinck, R; Binnie, Dm; Cameron, W; Cattaneo, M; Dornan, Pj; Dugeay, S; Greene, Am; Hassard, Jf; Lieske, Nm; Patton, Sj; Payne, Dg; Phillips, Mj; Sedgbeer, Jk; Taylor, G; Tomalin, Ir; Wright, Ag; Girtler, P; Kuhn, D; Rudolph, G; Bowdery, Ck; Brodbeck, Tj; Finch, Aj; Foster, F; Hughes, G; Keemer, Nr; Nuttall, M; Patel, A; Rowlingson, Bs; Sloan, T; Snow, Sw; Whelan, Ep; Barczewski, T; Kleinknecht, K; Raab, J; Renk, B; Roehn, S; Sander, Hg; Schmidt, H; Steeg, F; Walther, Sm; Wolf, B; Aubert, Jj; Benchouk, C; Bernard, V; Bonissent, A; Carr, J; Coyle, P; Drinkard, J; Etienne, F; Papalexiou, S; Payre, P; Pietrzyk, B; Qian, Z; Rousseau, D; Schwemling, P; Talby, M; Adlung, S; Becker, H; Blum, W; Brown, D; Cattaneo, P; Cowan, G; Dehning, B; Dietl, H; Dydak, F; Fernandezbosman, M; Hanslkozanecka, T; Jahn, A; Kozanecki, W; Lange, E; Lauber, J; Lutjens, G; Lutz, G; Manner, W; Pan, Y; Richter, R; Schroder, J; Schwarz, As; Settles, R; Stierlin, U; Stdenis, R; Takashima, M; Thomas, J; Wolf, G; Bertin, V; Boucrot, J; Callot, O; Chen, X; Cordier, A; Davier, M; Grivaz, Jf; Gros, Mh; Heusse, P; Janot, P; Kim, Dw; Lediberder, F; Lefrancois, J; Lutz, Am; Veillet, Jj; Videau, I; Zhang, Z; Zomer, F; Abbaneo, D; Amendolia, Sr; Bagliesi, G; Batignani, G; Bosisio, L; Bottigli, U; Bradaschia, C; Carpinelli, M; Ciocci, Ma; Dellorso, R; Ferrante, I; Fidecaro, F; Foa, L; Focardi, E; Forti, F; Gatto, C; Giassi, A; Giorgi, Ma; Ligabue, F; Mannelli, Eb; Marrocchesi, Ps; Messineo, A; Palla, F; Sanguinetti, G; Steinberger, J; Tenchini, R; Tonelli, G; Triggiani, G; Vannini, C; Venturi, A; Verdini, Pg; Walsh, J; Carter, Jm; Green, Mg; March, Pv; Medcalf, T; Quazi, Is; Strong, Ja; West, Lr; Wildish, T; Botterill, Dr; Clifft, Rw; Edgecock, Tr; Edwards, M; Fisher, Sm; Jones, Tj; Norton, Pr; Salmon, Dp; Thompson, Jc; Blochdevaux, B; Colas, P; Locci, E; Loucatos, S; Monnier, E; Perez, P; Perlas, Ja; Perrier, F; Rander, J; Renardy, Jf; Roussarie, A; Schuller, Jp; Schwindling, J; Vallage, B; Ashman, Jg; Booth, Cn; Buttar, C; Carney, Re; Cartwright, S; Combley, F; Dogru, M; Hatfield, F; Martin, J; Parker, D; Reeves, P; Thompson, Lf; Barberio, E; Brandt, S; Grupen, C; Meinhard, H; Mirabito, L; Schafer, U; Seywerd, H; Ganis, G; Giannini, G; Gobbo, B; Ragusa, F; Stiegler, U; Bellantoni, L; Cinabro, D; Conway, Js; Cowen, Df; Feng, Z; Ferguson, Dps; Gao, Ys; Grahl, J; Harton, Jl; Jared, Rc; Johnson, Rp; Leclaire, Bw; Lishka, C; Pan, Yb; Pater, Jr; Saadi, Y; Sharma, V; Shi, Zh; Tang, Yh; Walsh, Am; Wear, Ja; Weber, Fv; Whitney, Mh; Wu, Sl; Zobernig, G.. - In: PHYSICS LETTERS. SECTION B. - ISSN 0370-2693. - STAMPA. - 273:1-2(1991), pp. 181-192. [10.1016/0370-2693(91)90575-B]
Measurement of the charged particle multiplicity distribution in hadronic Z decays
DECAMP D; DESCHIZEAUX B; GOY C; LEES JP; MINARD MN; ALEMANY R; CRESPO JM; DELFINO M; FERNANDEZ E; GAITAN V; GARRIDO L; MIR LM; PACHECO A; CATANESI MG; CREANZA, Donato Maria ;DEPALMA M; FARILLA A; IASELLI, Giuseppe ;MAGGI, Giorgio Pietro ;MAGGI M; NATALI S; NUZZO S; QUATTROMINI M; RANIERI A; RASO G; ROMANO F; RUGGIERI F; SELVAGGI G; SILVESTRIS L; TEMPESTA P; ZITO G; GAO Y; HU H; HUANG D; HUANG X; LIN J; LOU J; QIAO C; RUAN T; WANG T; XIE Y; XU D; XU R; ZHANG J; ZHAO W; ATWOOD WB; BAUERDICK LAT; BIRD F; BLUCHER E; BONVICINI G; BOSSI F; BOUDREAU J; BURNETT TH; DREVERMANN H; FORTY RW; GRAB C; HAGELBERG R; HAYWOOD S; HILGART J; JOST B; KASEMANN M; KNOBLOCH J; LACOURT A; LANCON E; LEHRAUS I; LOHSE T; LUSIANI A; MARCHIORO A; MARTINEZ M; MATO P; MENARY S; MEYER T; MINTEN A; MIOTTO A; MIQUEL R; MOSER HG; NASH J; PALAZZI P; RANJARD F; REDLINGER G; ROLANDI L; ROTH A; ROTHBERG J; ROTSCHEIDT H; SAICH M; SCHLATTER D; SCHMELLING M; TEJESSY W; WACHSMUTH H; WASSERBAECH S; WIEDENMANN W; WITZELING W; WOTSCHACK J; AJALTOUNI Z; BADAUD F; BARDADINOTWINOWSKA M; BENCHEIKH AM; ELFELLOUS R; FALVARD A; GAY P; GUICHENEY C; HENRARD P; JOUSSET J; MICHEL B; MONTRET JC; PALLIN D; PERRET P; PRORIOL J; PRULHIERE F; STIMPFL G; HANSEN JD; HANSEN JR; HANSEN PH; MOLLERUD R; NILSSON BS; EFTHYMIOPOULOS I; SIMOPOULOU E; VAYAKI A; BADIER J; BLONDEL A; BONNEAUD G; BRIENT JC; FOUQUE G; GAMESS A; HARVEY J; ORTEU S; ROSOWSKY A; ROUGE A; RUMPF M; TANAKA R; VIDEAU H; CANDLIN DJ; VEITCH E; MONETA L; PARRINI G; CORDEN M; GEORGIOPOULOS C; IKEDA M; LANNUTTI J; LEVINTHAL D; MERMIKIDES M; SAWYER L; ANTONELLI A; BALDINI R; BENCIVENNI G; BOLOGNA G; CAMPANA P; CAPON G; CERUTTI F; CHIARELLA V; DETTORREPIAZZOLI B; FELICI G; LAURELLI P; MANNOCCHI G; MURTAS F; MURTAS GP; PASSALACQUA L; PEPEALTARELLI M; PICCHI P; ZOGRAFOU P; ALTOON B; BOYLE O; COLRAIN P; HALLEY AW; TENHAVE I; LYNCH JG; MAITLAND W; MORTON WT; RAINE C; SCARR JM; SMITH K; THOMPSON AS; TURNBULL RM; BRANDL B; BRAUN O; GEIGES R; GEWENIGER C; HANKE P; HEPP V; KLUGE EE; MAUMARY Y; PUTZER A; RENSCH B; STAHL A; TITTEL K; WUNSCH M; BELK AT; BEUSELINCK R; BINNIE DM; CAMERON W; CATTANEO M; DORNAN PJ; DUGEAY S; GREENE AM; HASSARD JF; LIESKE NM; PATTON SJ; PAYNE DG; PHILLIPS MJ; SEDGBEER JK; TAYLOR G; TOMALIN IR; WRIGHT AG; GIRTLER P; KUHN D; RUDOLPH G; BOWDERY CK; BRODBECK TJ; FINCH AJ; FOSTER F; HUGHES G; KEEMER NR; NUTTALL M; PATEL A; ROWLINGSON BS; SLOAN T; SNOW SW; WHELAN EP; BARCZEWSKI T; KLEINKNECHT K; RAAB J; RENK B; ROEHN S; SANDER HG; SCHMIDT H; STEEG F; WALTHER SM; WOLF B; AUBERT JJ; BENCHOUK C; BERNARD V; BONISSENT A; CARR J; COYLE P; DRINKARD J; ETIENNE F; PAPALEXIOU S; PAYRE P; PIETRZYK B; QIAN Z; ROUSSEAU D; SCHWEMLING P; TALBY M; ADLUNG S; BECKER H; BLUM W; BROWN D; CATTANEO P; COWAN G; DEHNING B; DIETL H; DYDAK F; FERNANDEZBOSMAN M; HANSLKOZANECKA T; JAHN A; KOZANECKI W; LANGE E; LAUBER J; LUTJENS G; LUTZ G; MANNER W; PAN Y; RICHTER R; SCHRODER J; SCHWARZ AS; SETTLES R; STIERLIN U; STDENIS R; TAKASHIMA M; THOMAS J; WOLF G; BERTIN V; BOUCROT J; CALLOT O; CHEN X; CORDIER A; DAVIER M; GRIVAZ JF; GROS MH; HEUSSE P; JANOT P; KIM DW; LEDIBERDER F; LEFRANCOIS J; LUTZ AM; VEILLET JJ; VIDEAU I; ZHANG Z; ZOMER F; ABBANEO D; AMENDOLIA SR; BAGLIESI G; BATIGNANI G; BOSISIO L; BOTTIGLI U; BRADASCHIA C; CARPINELLI M; CIOCCI MA; DELLORSO R; FERRANTE I; FIDECARO F; FOA L; FOCARDI E; FORTI F; GATTO C; GIASSI A; GIORGI MA; LIGABUE F; MANNELLI EB; MARROCCHESI PS; MESSINEO A; PALLA F; SANGUINETTI G; STEINBERGER J; TENCHINI R; TONELLI G; TRIGGIANI G; VANNINI C; VENTURI A; VERDINI PG; WALSH J; CARTER JM; GREEN MG; MARCH PV; MEDCALF T; QUAZI IS; STRONG JA; WEST LR; WILDISH T; BOTTERILL DR; CLIFFT RW; EDGECOCK TR; EDWARDS M; FISHER SM; JONES TJ; NORTON PR; SALMON DP; THOMPSON JC; BLOCHDEVAUX B; COLAS P; LOCCI E; LOUCATOS S; MONNIER E; PEREZ P; PERLAS JA; PERRIER F; RANDER J; RENARDY JF; ROUSSARIE A; SCHULLER JP; SCHWINDLING J; VALLAGE B; ASHMAN JG; BOOTH CN; BUTTAR C; CARNEY RE; CARTWRIGHT S; COMBLEY F; DOGRU M; HATFIELD F; MARTIN J; PARKER D; REEVES P; THOMPSON LF; BARBERIO E; BRANDT S; GRUPEN C; MEINHARD H; MIRABITO L; SCHAFER U; SEYWERD H; GANIS G; GIANNINI G; GOBBO B; RAGUSA F; STIEGLER U; BELLANTONI L; CINABRO D; CONWAY JS; COWEN DF; FENG Z; FERGUSON DPS; GAO YS; GRAHL J; HARTON JL; JARED RC; JOHNSON RP; LECLAIRE BW; LISHKA C; PAN YB; PATER JR; SAADI Y; SHARMA V; SHI ZH; TANG YH; WALSH AM; WEAR JA; WEBER FV; WHITNEY MH; WU SL; ZOBERNIG G.
1991-01-01
Abstract
The charged particle multiplicity distribution of hadronic Z decays was measured on the peak of the Z resonance using the ALEPH detector at LEP. Using a model independent unfolding procedure the distribution was found to have a mean
= 20.85 +/- 0.24 and a dispersion D = 6.34 +/- 0.12. Comparison with lower energy data supports the KNO scaling hypothesis in the energy range square-root s = 29-91.25 GeV. At square-root s = 91.25 GeV the shape of the multiplicity distribution is well described by a log-normal distribution, as predicted from a cascading model for multi-particle production. The same model also successfully describes the energy dependence of the mean and width of the multiplicity distribution. A next-to-leading order QCD prediction in the frame-work of the modified leading-log approximation and local parton-hadron duality is found to fit the energy dependence of the mean but not the width of the charged multiplicity distribution, indicating that the width of the multiplicity distribution is a sensitive probe for higher order QCD or non-perturbative effects.
Citazione
Measurement of the charged particle multiplicity distribution in hadronic Z decays / Decamp, D; Deschizeaux, B; Goy, C; Lees, Jp; Minard, Mn; Alemany, R; Crespo, Jm; Delfino, M; Fernandez, E; Gaitan, V; Garrido, L; Mir, Lm; Pacheco, A; Catanesi, Mg; Creanza, Donato Maria; Depalma, M; Farilla, A; Iaselli, Giuseppe; Maggi, Giorgio Pietro; Maggi, M; Natali, S; Nuzzo, S; Quattromini, M; Ranieri, A; Raso, G; Romano, F; Ruggieri, F; Selvaggi, G; Silvestris, L; Tempesta, P; Zito, G; Gao, Y; H, Hu; Huang, D; Huang, X; Lin, J; Lou, J; Qiao, C; Ruan, T; Wang, T; Xie, Y; Xu, D; Xu, R; Zhang, J; Zhao, W; Atwood, Wb; Bauerdick, Lat; Bird, F; Blucher, E; Bonvicini, G; Bossi, F; Boudreau, J; Burnett, Th; Drevermann, H; Forty, Rw; Grab, C; Hagelberg, R; Haywood, S; Hilgart, J; Jost, B; Kasemann, M; Knobloch, J; Lacourt, A; Lancon, E; Lehraus, I; Lohse, T; Lusiani, A; Marchioro, A; Martinez, M; Mato, P; Menary, S; Meyer, T; Minten, A; Miotto, A; Miquel, R; Moser, Hg; Nash, J; Palazzi, P; Ranjard, F; Redlinger, G; Rolandi, L; Roth, A; Rothberg, J; Rotscheidt, H; Saich, M; Schlatter, D; Schmelling, M; Tejessy, W; Wachsmuth, H; Wasserbaech, S; Wiedenmann, W; Witzeling, W; Wotschack, J; Ajaltouni, Z; Badaud, F; Bardadinotwinowska, M; Bencheikh, Am; Elfellous, R; Falvard, A; Gay, P; Guicheney, C; Henrard, P; Jousset, J; Michel, B; Montret, Jc; Pallin, D; Perret, P; Proriol, J; Prulhiere, F; Stimpfl, G; Hansen, Jd; Hansen, Jr; Hansen, Ph; Mollerud, R; Nilsson, Bs; Efthymiopoulos, I; Simopoulou, E; Vayaki, A; Badier, J; Blondel, A; Bonneaud, G; Brient, Jc; Fouque, G; Gamess, A; Harvey, J; Orteu, S; Rosowsky, A; Rouge, A; Rumpf, M; Tanaka, R; Videau, H; Candlin, Dj; Veitch, E; Moneta, L; Parrini, G; Corden, M; Georgiopoulos, C; Ikeda, M; Lannutti, J; Levinthal, D; Mermikides, M; Sawyer, L; Antonelli, A; Baldini, R; Bencivenni, G; Bologna, G; Campana, P; Capon, G; Cerutti, F; Chiarella, V; Dettorrepiazzoli, B; Felici, G; Laurelli, P; Mannocchi, G; Murtas, F; Murtas, Gp; Passalacqua, L; Pepealtarelli, M; Picchi, P; Zografou, P; Altoon, B; Boyle, O; Colrain, P; Halley, Aw; Tenhave, I; Lynch, Jg; Maitland, W; Morton, Wt; Raine, C; Scarr, Jm; Smith, K; Thompson, As; Turnbull, Rm; Brandl, B; Braun, O; Geiges, R; Geweniger, C; Hanke, P; Hepp, V; Kluge, Ee; Maumary, Y; Putzer, A; Rensch, B; Stahl, A; Tittel, K; Wunsch, M; Belk, At; Beuselinck, R; Binnie, Dm; Cameron, W; Cattaneo, M; Dornan, Pj; Dugeay, S; Greene, Am; Hassard, Jf; Lieske, Nm; Patton, Sj; Payne, Dg; Phillips, Mj; Sedgbeer, Jk; Taylor, G; Tomalin, Ir; Wright, Ag; Girtler, P; Kuhn, D; Rudolph, G; Bowdery, Ck; Brodbeck, Tj; Finch, Aj; Foster, F; Hughes, G; Keemer, Nr; Nuttall, M; Patel, A; Rowlingson, Bs; Sloan, T; Snow, Sw; Whelan, Ep; Barczewski, T; Kleinknecht, K; Raab, J; Renk, B; Roehn, S; Sander, Hg; Schmidt, H; Steeg, F; Walther, Sm; Wolf, B; Aubert, Jj; Benchouk, C; Bernard, V; Bonissent, A; Carr, J; Coyle, P; Drinkard, J; Etienne, F; Papalexiou, S; Payre, P; Pietrzyk, B; Qian, Z; Rousseau, D; Schwemling, P; Talby, M; Adlung, S; Becker, H; Blum, W; Brown, D; Cattaneo, P; Cowan, G; Dehning, B; Dietl, H; Dydak, F; Fernandezbosman, M; Hanslkozanecka, T; Jahn, A; Kozanecki, W; Lange, E; Lauber, J; Lutjens, G; Lutz, G; Manner, W; Pan, Y; Richter, R; Schroder, J; Schwarz, As; Settles, R; Stierlin, U; Stdenis, R; Takashima, M; Thomas, J; Wolf, G; Bertin, V; Boucrot, J; Callot, O; Chen, X; Cordier, A; Davier, M; Grivaz, Jf; Gros, Mh; Heusse, P; Janot, P; Kim, Dw; Lediberder, F; Lefrancois, J; Lutz, Am; Veillet, Jj; Videau, I; Zhang, Z; Zomer, F; Abbaneo, D; Amendolia, Sr; Bagliesi, G; Batignani, G; Bosisio, L; Bottigli, U; Bradaschia, C; Carpinelli, M; Ciocci, Ma; Dellorso, R; Ferrante, I; Fidecaro, F; Foa, L; Focardi, E; Forti, F; Gatto, C; Giassi, A; Giorgi, Ma; Ligabue, F; Mannelli, Eb; Marrocchesi, Ps; Messineo, A; Palla, F; Sanguinetti, G; Steinberger, J; Tenchini, R; Tonelli, G; Triggiani, G; Vannini, C; Venturi, A; Verdini, Pg; Walsh, J; Carter, Jm; Green, Mg; March, Pv; Medcalf, T; Quazi, Is; Strong, Ja; West, Lr; Wildish, T; Botterill, Dr; Clifft, Rw; Edgecock, Tr; Edwards, M; Fisher, Sm; Jones, Tj; Norton, Pr; Salmon, Dp; Thompson, Jc; Blochdevaux, B; Colas, P; Locci, E; Loucatos, S; Monnier, E; Perez, P; Perlas, Ja; Perrier, F; Rander, J; Renardy, Jf; Roussarie, A; Schuller, Jp; Schwindling, J; Vallage, B; Ashman, Jg; Booth, Cn; Buttar, C; Carney, Re; Cartwright, S; Combley, F; Dogru, M; Hatfield, F; Martin, J; Parker, D; Reeves, P; Thompson, Lf; Barberio, E; Brandt, S; Grupen, C; Meinhard, H; Mirabito, L; Schafer, U; Seywerd, H; Ganis, G; Giannini, G; Gobbo, B; Ragusa, F; Stiegler, U; Bellantoni, L; Cinabro, D; Conway, Js; Cowen, Df; Feng, Z; Ferguson, Dps; Gao, Ys; Grahl, J; Harton, Jl; Jared, Rc; Johnson, Rp; Leclaire, Bw; Lishka, C; Pan, Yb; Pater, Jr; Saadi, Y; Sharma, V; Shi, Zh; Tang, Yh; Walsh, Am; Wear, Ja; Weber, Fv; Whitney, Mh; Wu, Sl; Zobernig, G.. - In: PHYSICS LETTERS. SECTION B. - ISSN 0370-2693. - STAMPA. - 273:1-2(1991), pp. 181-192. [10.1016/0370-2693(91)90575-B]
Non ci sono file associati a questo prodotto.
I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
Sei sicuro che questo prodotto debba essere cancellato?
Il report seguente simula gli indicatori relativi alla propria produzione scientifica in relazione alle soglie ASN 2023-2025 del proprio SC/SSD. Si ricorda che il superamento dei valori soglia (almeno 2 su 3) è requisito necessario ma non sufficiente al conseguimento dell'abilitazione.
