Simultaneous measurement of the muon neutrino charged-current cross section on oxygen and carbon without pions in the final state at T2K
Simultaneous measurement of the muon neutrino charged-current cross section on oxygen and carbon without pions in the final state at T2K
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DOI：
10.1103/physrevd.101.112004
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发表时间：
2020-04
影响因子：
5
通讯作者：
K. Abe;N. Akhlaq;R. Akutsu;A. Ali;C. Alt;C. Andreopoulos;L. Anthony;M. Antonova;S. Aoki;A. Ariga;T. Arihara;Y. Asada;Y. Ashida;E. Atkin;Y. Awataguchi;S. Ban;M. Barbi;G. Barker;G. Barr;D. Barrow;M. Batkiewicz-Kwasniak;A. Beloshapkin;F. Bench;V. Berardi;L. Berns;S. Bhadra;S. Bienstock;S. Bolognesi;T. Bonus;B. Bourguille;S. Boyd;A. Bravar;D. B. Berguño;C. Bronner;S. Bron;A. Bubak;M. Avanzini;T. Campbell;S. Cao;S. Cartwright;M. Catanesi;A. Cervera;D. Cherdack;N. Chikuma;G. Christodoulou;M. Cicerchia;J. Coleman-;G. Collazuol;L. Cook;D. Coplowe;A. Cudd;A. Dabrowska;G. Rosa;T. Dealtry;S. Dennis;C. Densham;F. Lodovico;N. Dokania;S. Dolan;T. Doyle;O. Drapier;J. Dumarchez;P. Dunne;A. Eguchi;L. Eklund;S. Emery-Schrenk;A. Ereditato;A. Finch;G. Fiorillo;C. Francois;M. Friend;Y. Fujii;R. Fujita;D. Fukuda;R. Fukuda;Y. Fukuda;K. Fusshoeller;C. Giganti;M. Gonin;A. Gorin;M. Guigue;D. Hadley;J. Haigh;P. Hamacher-Baumann;M. Hartz;T. Hasegawa;S. Hassani;N. Hastings;Y. Hayato;A. Hiramoto;M. Hogan;J. Holeczek;N. Van;T. Honjo;F. Iacob;A. Ichikawa;M. Ikeda;T. Ishida;M. Ishitsuka;K. Iwamoto;A. Izmaylov;N. Izumi;M. Jakkapu;B. Jamieson;S. Jenkins;C. Jes'us-Valls;M. Jiang;P. Jonsson;C. Jung;X. Junjie;M. Kabirnezhad;A. Kaboth;T. Kajita;H. Kakuno;J. Kameda;D. Karlen;K. Kasetti;Y. Kataoka;Y. Katayama;T. Katori;Y. Kato;E. Kearns;M. Khabibullin;A. Khotjantsev;T. Kikawa;H. Kikutani;H. Kim;S. King;J. Kisiel;A. Knight;T. Kobata;T. Kobayashi;L. Koch;T. Koga;A. Konaka;L. Kormos;Y. Koshio;A. Kostin;K. Kowalik;H. Kubo;Y. Kudenko;N. Kukita;S. Kuribayashi;R. Kurjata;T. Kutter;M. Kuze;L. Labarga;J. Lagoda;M. Lamoureux;D. Last;M. Lawe;M. Licciardi;R. P. Litchfield;S. Liu;X. Li;A. Longhin;L. Ludovici;X. Lu;T. Lux;L. Machado;L. Magaletti;K. Mahn;M. Malek;S. Manly;L. Maret;A. Marino;L. Marti-Magro;T. Maruyama;T. Matsubara;K. Matsushita;V. Matveev;C. Mauger;K. Mavrokoridis;E. Mazzucato;N. McCauley;J. McElwee;K. McFarland;C. Mcgrew;A. Mefodiev;C. Metelko;M. Mezzetto;A. Minamino;O. Mineev;S. Mine;M. Miura;L. Bueno;S. Moriyama;T. Mueller;L. Munteanu;S. Murphy;Y. Nagai;T. Nakadaira;M. Nakahata;Y. Nakajima;A. Nakamura;K. Nakamura;S. Nakayama;T. Nakaya;K. Nakayoshi;C. Naseby;T. V. Ngoc;K. Niewczas;K. Nishikawa;Y. Nishimura;E. Noah;T. Nonnenmacher;F. Nova;P. Novella;J. Nowak;J. Nugent;H. O'Keeffe;L. O’Sullivan;T. Odagawa;T. Ogawa;R. Okada;K. Okumura;T. Okusawa;S. Oser;R. Owen;Y. Oyama;V. Palladino;V. Paolone;M. Pari;W. Parker;S. Parsa;J. Pasternak;M. Pavin;D. Payne;G. Penn;L. Pickering;C. Pidcott;G. Pintaudi;C. Pistillo;B. Popov;K. Porwit;M. Posiadala-Zezula;A. Pritchard;B. Quilain;T. Radermacher;E. Radicioni;B. Radics;P. Ratoff;C. Riccio;E. Rondio;S. Roth;A. Rubbia;A. Ruggeri;C. Ruggles;A. Rychter;K. Sakashita;F. S'anchez;G. Santucci;C. Schloesser;K. Scholberg;M. Scott;Y. Seiya;T. Sekiguchi;H. Sekiya;D. Sgalaberna;A. Shaikhiev;A. Shaykina;M. Shiozawa;W. Shorrock;A. Shvartsman;M. Smy;J. Sobczyk;H. Sobel;F. Soler;Y. Sonoda;S. Suvorov;A. Suzuki;S. Suzuki;Y. Suzuki;A. Sztuc;M. Tada;M. Tajima;A. Takeda;Y. Takeuchi;H. Tanaka;H. Tanaka;S. Tanaka;Y. Tanihara;N. Teshima;L. Thompson;W. Toki;C. Touramanis;T. Towstego;K. Tsui;T. Tsukamoto;M. Tzanov;Y. Uchida;M. Vagins;S. Valder;Z. Vallari;D. Vargas;G. Vasseur;W. Vinning;T. Vladisavljevic;V. Volkov;T. Wachala;J. Walker;J. Walsh;Y. Wang;D. Wark;M. Wascko;A. Weber;R. Wendell;M. Wilking;C. Wilkinson;J. Wilson;K. Wood;C. Wret;K. Yamamoto;C. Yanagisawa;G. Yang;T. Yano;K. Yasutome;N. Yershov;M. Yokoyama;T. Yoshida;M. Yu;A. Zalewska;J. Zalipska;K. Zaremba;G. Zarnecki;M. Ziembicki;E. Zimmerman;M. Zito;S. Zsoldos;A. Zykova
中科院分区：
文献类型：
--
作者：
K. Abe;N. Akhlaq;R. Akutsu;A. Ali;C. Alt;C. Andreopoulos;L. Anthony;M. Antonova;S. Aoki;A. Ariga;T. Arihara;Y. Asada;Y. Ashida;E. Atkin;Y. Awataguchi;S. Ban;M. Barbi;G. Barker;G. Barr;D. Barrow;M. Batkiewicz-Kwasniak;A. Beloshapkin;F. Bench;V. Berardi;L. Berns;S. Bhadra;S. Bienstock;S. Bolognesi;T. Bonus;B. Bourguille;S. Boyd;A. Bravar;D. B. Berguño;C. Bronner;S. Bron;A. Bubak;M. Avanzini;T. Campbell;S. Cao;S. Cartwright;M. Catanesi;A. Cervera;D. Cherdack;N. Chikuma;G. Christodoulou;M. Cicerchia;J. Coleman-;G. Collazuol;L. Cook;D. Coplowe;A. Cudd;A. Dabrowska;G. Rosa;T. Dealtry;S. Dennis;C. Densham;F. Lodovico;N. Dokania;S. Dolan;T. Doyle;O. Drapier;J. Dumarchez;P. Dunne;A. Eguchi;L. Eklund;S. Emery-Schrenk;A. Ereditato;A. Finch;G. Fiorillo;C. Francois;M. Friend;Y. Fujii;R. Fujita;D. Fukuda;R. Fukuda;Y. Fukuda;K. Fusshoeller;C. Giganti;M. Gonin;A. Gorin;M. Guigue;D. Hadley;J. Haigh;P. Hamacher-Baumann;M. Hartz;T. Hasegawa;S. Hassani;N. Hastings;Y. Hayato;A. Hiramoto;M. Hogan;J. Holeczek;N. Van;T. Honjo;F. Iacob;A. Ichikawa;M. Ikeda;T. Ishida;M. Ishitsuka;K. Iwamoto;A. Izmaylov;N. Izumi;M. Jakkapu;B. Jamieson;S. Jenkins;C. Jes'us-Valls;M. Jiang;P. Jonsson;C. Jung;X. Junjie;M. Kabirnezhad;A. Kaboth;T. Kajita;H. Kakuno;J. Kameda;D. Karlen;K. Kasetti;Y. Kataoka;Y. Katayama;T. Katori;Y. Kato;E. Kearns;M. Khabibullin;A. Khotjantsev;T. Kikawa;H. Kikutani;H. Kim;S. King;J. Kisiel;A. Knight;T. Kobata;T. Kobayashi;L. Koch;T. Koga;A. Konaka;L. Kormos;Y. Koshio;A. Kostin;K. Kowalik;H. Kubo;Y. Kudenko;N. Kukita;S. Kuribayashi;R. Kurjata;T. Kutter;M. Kuze;L. Labarga;J. Lagoda;M. Lamoureux;D. Last;M. Lawe;M. Licciardi;R. P. Litchfield;S. Liu;X. Li;A. Longhin;L. Ludovici;X. Lu;T. Lux;L. Machado;L. Magaletti;K. Mahn;M. Malek;S. Manly;L. Maret;A. Marino;L. Marti-Magro;T. Maruyama;T. Matsubara;K. Matsushita;V. Matveev;C. Mauger;K. Mavrokoridis;E. Mazzucato;N. McCauley;J. McElwee;K. McFarland;C. Mcgrew;A. Mefodiev;C. Metelko;M. Mezzetto;A. Minamino;O. Mineev;S. Mine;M. Miura;L. Bueno;S. Moriyama;T. Mueller;L. Munteanu;S. Murphy;Y. Nagai;T. Nakadaira;M. Nakahata;Y. Nakajima;A. Nakamura;K. Nakamura;S. Nakayama;T. Nakaya;K. Nakayoshi;C. Naseby;T. V. Ngoc;K. Niewczas;K. Nishikawa;Y. Nishimura;E. Noah;T. Nonnenmacher;F. Nova;P. Novella;J. Nowak;J. Nugent;H. O'Keeffe;L. O’Sullivan;T. Odagawa;T. Ogawa;R. Okada;K. Okumura;T. Okusawa;S. Oser;R. Owen;Y. Oyama;V. Palladino;V. Paolone;M. Pari;W. Parker;S. Parsa;J. Pasternak;M. Pavin;D. Payne;G. Penn;L. Pickering;C. Pidcott;G. Pintaudi;C. Pistillo;B. Popov;K. Porwit;M. Posiadala-Zezula;A. Pritchard;B. Quilain;T. Radermacher;E. Radicioni;B. Radics;P. Ratoff;C. Riccio;E. Rondio;S. Roth;A. Rubbia;A. Ruggeri;C. Ruggles;A. Rychter;K. Sakashita;F. S'anchez;G. Santucci;C. Schloesser;K. Scholberg;M. Scott;Y. Seiya;T. Sekiguchi;H. Sekiya;D. Sgalaberna;A. Shaikhiev;A. Shaykina;M. Shiozawa;W. Shorrock;A. Shvartsman;M. Smy;J. Sobczyk;H. Sobel;F. Soler;Y. Sonoda;S. Suvorov;A. Suzuki;S. Suzuki;Y. Suzuki;A. Sztuc;M. Tada;M. Tajima;A. Takeda;Y. Takeuchi;H. Tanaka;H. Tanaka;S. Tanaka;Y. Tanihara;N. Teshima;L. Thompson;W. Toki;C. Touramanis;T. Towstego;K. Tsui;T. Tsukamoto;M. Tzanov;Y. Uchida;M. Vagins;S. Valder;Z. Vallari;D. Vargas;G. Vasseur;W. Vinning;T. Vladisavljevic;V. Volkov;T. Wachala;J. Walker;J. Walsh;Y. Wang;D. Wark;M. Wascko;A. Weber;R. Wendell;M. Wilking;C. Wilkinson;J. Wilson;K. Wood;C. Wret;K. Yamamoto;C. Yanagisawa;G. Yang;T. Yano;K. Yasutome;N. Yershov;M. Yokoyama;T. Yoshida;M. Yu;A. Zalewska;J. Zalipska;K. Zaremba;G. Zarnecki;M. Ziembicki;E. Zimmerman;M. Zito;S. Zsoldos;A. Zykova
本文报道了在T2K实验的ND280离轴近探测器上，首次同时测量了氧和碳末态无介子的双微分Muon中微子荷电截面随出射Muon运动学的变化。还提供了氧和碳截面的比率，以帮助验证各种模型在T2K振荡分析中所需的在碳和氧核靶之间进行外推的能力。这些数据是用中微子束获得的，其能谱峰值为0.6 GeV，由57.34$\x$10$^{19}$质子组成。将所提取的测量结果与不同的蒙特卡罗中微子-核相互作用事件产生器的预测结果进行了比较，显示了对非常前进的µ子的特殊模型分离。总体而言，在测试的模型中，使用局部费米气体描述带有RPA抑制的核基态的结果是最好的。
This paper reports the first simultaneous measurement of the double differential muon neutrino charged-current cross section on oxygen and carbon without pions in the final state as a function of the outgoing muon kinematics, made at the ND280 off-axis near detector of the T2K experiment. The ratio of the oxygen and carbon cross sections is also provided to help validate various models' ability to extrapolate between carbon and oxygen nuclear targets, as is required in T2K oscillation analyses. The data are taken using a neutrino beam with an energy spectrum peaked at 0.6~GeV and comprises 57.34$\times$10$^{19}$ protons on target. The extracted measurement is compared with the prediction from different Monte Carlo neutrino-nucleus interaction event generators, showing particular model separation for very forward-going muons. Overall, of the models tested, the result is best described using Local Fermi Gas descriptions of the nuclear ground state with RPA suppression.