Table 42 ; Transverse-energy distributions at midrapidity in p+p , d+Au , and Au+Au collisions at $\sqrt{s_{NN}}=62.4–200$ GeV and implications for particle-production models
Table 42 ; Transverse-energy distributions at midrapidity in p+p , d+Au , and Au+Au collisions at $\sqrt{s_{NN}}=62.4–200$ GeV and implications for particle-production models
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DOI：
10.1103/physrevc.89.044905
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发表时间：
2013-12
期刊：
影响因子：
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通讯作者：
S. Adler;S. Afanasiev;C. Aidala;N. Ajitanand;Y. Akiba;A. Al-Jamel;J. Alexander;K. Aoki;L. Aphecetche;R. Armendariz;S. Aronson;R. Averbeck;T. Awes;B. Azmoun;V. Babintsev;A. Baldisseri;K. Barish;P. Barnes;B. Bassalleck;S. Bathe;S. Batsouli;V. Baublis;F. Bauer;A. Bazilevsky;S. Belikov;R. Bennett;Y. Berdnikov;M. T. Bjørndal;J. Boissevain;H. Borel;K. Boyle;M. Brooks;D. Brown;N. Bruner;D. Bucher;H. Buesching;V. Bumazhnov;G. Bunce;J. Burward-Hoy;S. Butsyk;X. Camard;S. Campbell;J. Chai;P. Chand;W. Chang;S. Chernichenko;C. Chi;J. Chiba;M. Chiu;I. Choi;R. Choudhury;T. Chujo;V. Cianciolo;C. Cleven;Y. Cobigo;B. Cole;M. Comets;P. Constantin;M. Csan'ad;T. CsorgHo;J. Cussonneau;T. Dahms;K. Das;G. David;F. De'ak;H. Delagrange;A. Denisov;D. d’Enterria;A. Deshpande;E. Desmond;A. Devismes;O. Dietzsch;A. Dion;J. Drachenberg;O. Drapier;A. Drees;A. Dubey;A. Durum;D. Dutta;V. Dzhordzhadze;Y. Efremenko;J. Egdemir;A. Enokizono;H. En’yo;B. Espagnon;S. Esumi;D. Fields;C. Finck;F. Fleuret;S. Fokin;B. Forestier;B. Fox;Z. Fraenkel;J. Frantz;A. Franz;A. Frawley;Y. Fukao;S. Fung;S. Gadrat;F. Gastineau;M. Germain;A. Glenn;M. Gonin;J. Gosset;Y. Goto;R. G. Cassagnac;N. Grau;S. Greene;M. Perdekamp;T. Gunji;H. Gustafsson;T. Hachiya;A. Henni;J. Haggerty;M. Hagiwara;H. Hamagaki;A. G. Hansen;H. Harada;E. Hartouni;K. Haruna;M. Harvey;E. Haslum;K. Hasuko;R. Hayano;X. He;M. Heffner;T. Hemmick;J. Heuser;P. Hidas;H. Hiejima;J. Hill;R. Hobbs;M. Holmes;W. Holzmann;K. Homma;B. Hong;A. Hoover;T. Horaguchi;M. Hur;T. Ichihara;H. Iinuma;V. V. Ikonnikov-V.;K. Imai;M. Inaba;M. Inuzuka;D. Isenhower;L. Isenhower;M. Ishihara;T. Isobe;M. Issah;A. Isupov;B. Jacak;J. Jia;J. Jin;O. Jinnouchi;B. Johnson;S. Johnson;K. Joo;D. Jouan;F. Kajihara;S. Kametani;N. Kamihara;M. Kaneta;J. Kang;K. Katou;T. Kawabata;T. Kawagishi;A. Kazantsev;S. Kelly;B. Khachaturov;A. Khanzadeev;J. Kikuchi;D. Kim;E. Kim;E. Kim;G. Kim;H. Kim;Y. Kim;E. Kinney;'A. Kiss;E. Kistenev;A. Kiyomichi;C. Klein-boesing;H. Kobayashi;L. Kochenda;V. Kochetkov;R. Kohara;B. Komkov;M. Konno;D. Kotchetkov;A. Kozlov;P. Kroon;C. H. Kuberg;G. Kunde;N. Kurihara;K. Kurita;M. Kweon;Y. Kwon;G. Kyle;R. Lacey;J. Lajoie;A. Lebedev;Y. Bornec;S. Leckey;D. Lee;M. K. Lee;M. Leitch;M. Leite;X. Li;H. Lim;A. Litvinenko;M. Liu;C. Maguire;Y. Makdisi;A. Malakhov;M. Malik;V. Manko;Y. Mao;G. Martinez;H. Masui;F. Matathias;T. Matsumoto;M. C. McCain;P. McGaughey;Y. Miake;T. E. Miller;A. Milov;S. Mioduszewski;G. Mishra;J. Mitchell;A. Mohanty;D. Morrison;J. Moss;T. Moukhanova;D. Mukhopadhyay;M. Muniruzzaman;J. Murata;S. Nagamiya;Y. Nagata;J. Nagle;M. Naglis;T. Nakamura;J. Newby;M. Nguyen;B. Norman;A. Nyanin;J. Nystrand;E. O'brien;C. Ogilvie;H. Ohnishi;I. Ojha;K. Okada;O. Omiwade;A. Oskarsson;I. Otterlund;K. Oyama;K. Ozawa;D. Pal;A. Palounek;V. Pantuev;V. Papavassiliou;J. Park;W. J. Park;S. Pate;H. Pei;V. Penev;J. Peng;H. Pereira;V. Peresedov;D. Peressounko;A. Pierson;C. Pinkenburg;R. Pisani;M. Purschke;A. Purwar;H. Qu;J. Qualls;J. Rak;I. Ravinovich;K. Read;M. Reuter;K. Reygers;V. Riabov;Y. Riabov;G. Roche;A. Romañá;M. Rosati;S. Rosendahl;P. Rosnet;P. Rukoyatkin;V. Rykov;S. Ryu;B. Sahlmueller;N. Saito;T. Sakaguchi;S. Sakai;V. Samsonov;L. Sanfratello;R. Santo;H. Sato;S. Sato;S. Sawada;Y. Schutz;V. Semenov;R. Seto;D. Sharma;T. Shea;I. Shein;T. Shibata;K. Shigaki;M. Shimomura;T. Shohjoh;K. Shoji;A. Sickles;C. Silva;D. Silvermyr;K. Sim;C. P. Singh;V. Singh;S. Skutnik;W. C. Smith;A. Soldatov;R. Soltz;W. Sondheim;S. Sorensen;I. Sourikova;F. Staley;P. Stankus;E. Stenlund;M. Stepanov;A. Ster;S. Stoll;T. Sugitate;C. Suire;J. Sullivan;J. Sziklai;T. Tabaru;S. Takagi;E. M. Takagui;A. Taketani;K. Tanaka;Y. Tanaka;K. Tanida;M. Tannenbaum;A. Taranenko;P. Tarj'an;T. Thomas;M. Togawa;J. Tojo;H. Torii;R. Towell;V. Tram;I. Tserruya;Y. Tsuchimoto;S. Tuli;H. Tydesjo;N. Tyurin;T. J. Uam;C. Vale;H. Valle;H. W. Hecke;J. Velkovska;M. Velkovsky;R. V'ertesi;V. Veszpr'emi;A. Vinogradov;M. Volkov;E. Vznuzdaev;M. Wagner;X. Wang;Y. Watanabe;J. Wessels;S. White;N. Willis;D. Winter;F. Wohn;C. Woody;M. Wysocki;W. Xie;A. Yanovich;S. Yokkaichi;G. Young;I. Younus;I. Yushmanov;W. Zajc;O. Zaudtke;C. Zhang;S. Zhou;J. Zim'anyi;L. Zolin;X. Zong
中科院分区：
文献类型：
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作者：
S. Adler;S. Afanasiev;C. Aidala;N. Ajitanand;Y. Akiba;A. Al-Jamel;J. Alexander;K. Aoki;L. Aphecetche;R. Armendariz;S. Aronson;R. Averbeck;T. Awes;B. Azmoun;V. Babintsev;A. Baldisseri;K. Barish;P. Barnes;B. Bassalleck;S. Bathe;S. Batsouli;V. Baublis;F. Bauer;A. Bazilevsky;S. Belikov;R. Bennett;Y. Berdnikov;M. T. Bjørndal;J. Boissevain;H. Borel;K. Boyle;M. Brooks;D. Brown;N. Bruner;D. Bucher;H. Buesching;V. Bumazhnov;G. Bunce;J. Burward-Hoy;S. Butsyk;X. Camard;S. Campbell;J. Chai;P. Chand;W. Chang;S. Chernichenko;C. Chi;J. Chiba;M. Chiu;I. Choi;R. Choudhury;T. Chujo;V. Cianciolo;C. Cleven;Y. Cobigo;B. Cole;M. Comets;P. Constantin;M. Csan'ad;T. CsorgHo;J. Cussonneau;T. Dahms;K. Das;G. David;F. De'ak;H. Delagrange;A. Denisov;D. d’Enterria;A. Deshpande;E. Desmond;A. Devismes;O. Dietzsch;A. Dion;J. Drachenberg;O. Drapier;A. Drees;A. Dubey;A. Durum;D. Dutta;V. Dzhordzhadze;Y. Efremenko;J. Egdemir;A. Enokizono;H. En’yo;B. Espagnon;S. Esumi;D. Fields;C. Finck;F. Fleuret;S. Fokin;B. Forestier;B. Fox;Z. Fraenkel;J. Frantz;A. Franz;A. Frawley;Y. Fukao;S. Fung;S. Gadrat;F. Gastineau;M. Germain;A. Glenn;M. Gonin;J. Gosset;Y. Goto;R. G. Cassagnac;N. Grau;S. Greene;M. Perdekamp;T. Gunji;H. Gustafsson;T. Hachiya;A. Henni;J. Haggerty;M. Hagiwara;H. Hamagaki;A. G. Hansen;H. Harada;E. Hartouni;K. Haruna;M. Harvey;E. Haslum;K. Hasuko;R. Hayano;X. He;M. Heffner;T. Hemmick;J. Heuser;P. Hidas;H. Hiejima;J. Hill;R. Hobbs;M. Holmes;W. Holzmann;K. Homma;B. Hong;A. Hoover;T. Horaguchi;M. Hur;T. Ichihara;H. Iinuma;V. V. Ikonnikov-V.;K. Imai;M. Inaba;M. Inuzuka;D. Isenhower;L. Isenhower;M. Ishihara;T. Isobe;M. Issah;A. Isupov;B. Jacak;J. Jia;J. Jin;O. Jinnouchi;B. Johnson;S. Johnson;K. Joo;D. Jouan;F. Kajihara;S. Kametani;N. Kamihara;M. Kaneta;J. Kang;K. Katou;T. Kawabata;T. Kawagishi;A. Kazantsev;S. Kelly;B. Khachaturov;A. Khanzadeev;J. Kikuchi;D. Kim;E. Kim;E. Kim;G. Kim;H. Kim;Y. Kim;E. Kinney;'A. Kiss;E. Kistenev;A. Kiyomichi;C. Klein-boesing;H. Kobayashi;L. Kochenda;V. Kochetkov;R. Kohara;B. Komkov;M. Konno;D. Kotchetkov;A. Kozlov;P. Kroon;C. H. Kuberg;G. Kunde;N. Kurihara;K. Kurita;M. Kweon;Y. Kwon;G. Kyle;R. Lacey;J. Lajoie;A. Lebedev;Y. Bornec;S. Leckey;D. Lee;M. K. Lee;M. Leitch;M. Leite;X. Li;H. Lim;A. Litvinenko;M. Liu;C. Maguire;Y. Makdisi;A. Malakhov;M. Malik;V. Manko;Y. Mao;G. Martinez;H. Masui;F. Matathias;T. Matsumoto;M. C. McCain;P. McGaughey;Y. Miake;T. E. Miller;A. Milov;S. Mioduszewski;G. Mishra;J. Mitchell;A. Mohanty;D. Morrison;J. Moss;T. Moukhanova;D. Mukhopadhyay;M. Muniruzzaman;J. Murata;S. Nagamiya;Y. Nagata;J. Nagle;M. Naglis;T. Nakamura;J. Newby;M. Nguyen;B. Norman;A. Nyanin;J. Nystrand;E. O'brien;C. Ogilvie;H. Ohnishi;I. Ojha;K. Okada;O. Omiwade;A. Oskarsson;I. Otterlund;K. Oyama;K. Ozawa;D. Pal;A. Palounek;V. Pantuev;V. Papavassiliou;J. Park;W. J. Park;S. Pate;H. Pei;V. Penev;J. Peng;H. Pereira;V. Peresedov;D. Peressounko;A. Pierson;C. Pinkenburg;R. Pisani;M. Purschke;A. Purwar;H. Qu;J. Qualls;J. Rak;I. Ravinovich;K. Read;M. Reuter;K. Reygers;V. Riabov;Y. Riabov;G. Roche;A. Romañá;M. Rosati;S. Rosendahl;P. Rosnet;P. Rukoyatkin;V. Rykov;S. Ryu;B. Sahlmueller;N. Saito;T. Sakaguchi;S. Sakai;V. Samsonov;L. Sanfratello;R. Santo;H. Sato;S. Sato;S. Sawada;Y. Schutz;V. Semenov;R. Seto;D. Sharma;T. Shea;I. Shein;T. Shibata;K. Shigaki;M. Shimomura;T. Shohjoh;K. Shoji;A. Sickles;C. Silva;D. Silvermyr;K. Sim;C. P. Singh;V. Singh;S. Skutnik;W. C. Smith;A. Soldatov;R. Soltz;W. Sondheim;S. Sorensen;I. Sourikova;F. Staley;P. Stankus;E. Stenlund;M. Stepanov;A. Ster;S. Stoll;T. Sugitate;C. Suire;J. Sullivan;J. Sziklai;T. Tabaru;S. Takagi;E. M. Takagui;A. Taketani;K. Tanaka;Y. Tanaka;K. Tanida;M. Tannenbaum;A. Taranenko;P. Tarj'an;T. Thomas;M. Togawa;J. Tojo;H. Torii;R. Towell;V. Tram;I. Tserruya;Y. Tsuchimoto;S. Tuli;H. Tydesjo;N. Tyurin;T. J. Uam;C. Vale;H. Valle;H. W. Hecke;J. Velkovska;M. Velkovsky;R. V'ertesi;V. Veszpr'emi;A. Vinogradov;M. Volkov;E. Vznuzdaev;M. Wagner;X. Wang;Y. Watanabe;J. Wessels;S. White;N. Willis;D. Winter;F. Wohn;C. Woody;M. Wysocki;W. Xie;A. Yanovich;S. Yokkaichi;G. Young;I. Younus;I. Yushmanov;W. Zajc;O. Zaudtke;C. Zhang;S. Zhou;J. Zim'anyi;L. Zolin;X. Zong
中速横向能量分布 dE(T)/d eta 的测量结果显示为 p + p、d+Au 和 Au+Au 碰撞 atv root s(NN) = 200 GeV 以及 Au+Au 碰撞 atv root s(NN) = 62.4 和 130 GeV。首先将 dE(T)/d eta 分布与根据基于核几何的 Glauber 模型计算出的核子参与者数量 N-part、二元碰撞数量 N-coll 以及组成夸克参与者数量 N-qp 进行比较。对于 Au+Au，/N-part 随 N-part 增加，而 /N-qp 对于所有三种能量近似恒定。这表明用于表示 E-T 分布的二元 ansatz dE(T)/d eta alpha (1 - x)N-part/2 + xN(coll) 只是 N-qp 的代理，并且 N-coll 项并不代表 E-T 分布中的硬散射分量。然后使用两个均再现 Au+Au 数据的模型，根据测量的 p + p E-T 分布计算 Au+Au 和 d+Au 的 dE(T)/d eta 分布。然而，虽然夸克参与者数量模型与 d+Au 数据非常吻合，但加性夸克模型却不然。
Measurements of the midrapidity transverse-energy distribution, dE(T)/d eta, are presented for p + p, d+Au, and Au+Au collisions atv root s(NN) = 200 GeV and additionally for Au+Au collisions atv root s(NN) = 62.4 and 130 GeV. The dE(T)/d eta distributions are first compared with the number of nucleon participants N-part, number of binary collisions N-coll, and number of constituent-quark participants N-qp calculated from a Glauber model based on the nuclear geometry. For Au+Au, /N-part increases with N-part, while /N-qp is approximately constant for all three energies. This indicates that the two-component ansatz, dE(T)/d eta alpha (1 - x)N-part/2 + xN(coll), which was used to represent E-T distributions, is simply a proxy for N-qp, and that the N-coll term does not represent a hard-scattering component in E-T distributions. The dE(T)/d eta distributions of Au+Au and d+Au are then calculated from the measured p + p E-T distribution using two models that both reproduce the Au+Au data. However, while the number-of-constituent-quark-participant model agrees well with the d+Au data, the additive-quark model does not.