The DESPEC setup for GSI and FAIR

The DESPEC setup for GSI and FAIR
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DOI：
10.1016/j.nima.2022.166662
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发表时间：
2022-04
期刊：
Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment
影响因子：
--
通讯作者：
A. Mistry;H. Albers;T. Arici;A. Banerjee;G. Benzoni;B. Cederwall;J. Gerl;M. Gorska;O. Hall;N. Hubbard;I. Kojouharov;J. Jolie;T. Martinez;Z. Podolyák;P. Regan;J. Tain;A. Tarifeño-Saldivia;H. Schaffner;V. Werner;G. Ağgez;J. Agramunt;U. Ahmed;O. Aktaş;V. Alcayne;A. Algora;S. Alhomaidhi;F. Amjad;C. Appleton;M. Armstrong;M. Balogh;K. Banerjee;P. Bednarczyk;J. Benito;C. Bhattacharya;P. Black;A. Blazhev;S. Bottoni;P. Boutachkov;A. Bracco;A. Bruce;M. Brunet;C. Bruno;I. Burrows;F. Calviño;R. Canavan;D. Cano-Ott;M. Chishti;P. Coleman-Smith;M. L. Cortés;G. Cortés;F. Crespi;B. Das;T. Davinson;A. de Blas;T. Dickel;M. Doncel;A. Ertoprak;A. Esmaylzadeh;B. Fornal;L. Fraile;F. Galtarossa;A. Gottardo;V. Guadilla;J. Ha;E. Haettner;G. Häfner;H. Heggen;P. Herrmann;C. Hornung;S. Jazrawi;P. John;A. Jokinen;C. E. Jones;D. Kahl;V. Karayonchev;E. Kazantseva;R. Kern;L. Knafla;R. Knöbel;P. Koseoglou;G. Kosir;D. Kostyleva;N. Kurz;N. Kuzminchuk;M. Labiche;J. Lawson;I. Lazarus;S. Lenzi;S. Leoni;M. Llanos-Expósito;R. Lozeva;A. Maj;J. K. Meena;E. Mendoza;R. Menegazzo;D. Mengoni;T. Mertzimekis;M. Mikołajczuk;B. Million;N. Mont-Geli;A. Morales;P. Morral;I. Mukha;J. Murias;E. Nácher;P. Napiralla;D. Napoli;B. Nara-Singh;D. O’Donnell;S. Orrigo;R. Page;R. Palit;M. Pallàs;J. Pellumaj;S. Pelonis;H. Pentilla;A. Pérez de Rada;R. Pérez-Vidal;C. Petrache;N. Pietralla;S. Pietri;S. Pigliapoco;J. Plaza;M. Polettini;C. Porzio;V. Pucknell;F. Recchia;P. Reiter;K. Rezynkina;S. Rinta-Antila;E. Rocco;H. Rösch;P. Roy;B. Rubio;M. Rudigier;P. Ruotsalainen;S. Saha;E. Sahin;C. Scheidenberger;D. Seddon;L. Sexton;A. Sharma;M. Si;J. Simpson;A. Smith;R. Smith;P. Söderström;A. Sood;A. Soylu;Y.K. Tanaka;J. Valiente-Dobon;P. Vasileiou;J. Vasiljevic;J. Vesic;D. Villamarín;H. Weick;M. Wiebusch;J. Wiederhold;O. Wieland;H. Wollersheim;P. Woods;A. Yaneva;I. Zanon;G. Zhang;J. Zhao;R. Zidarova;G. Zimba;A. Zyriliou
A. Mistry;H. Albers;T. Arici;A. Banerjee;G. Benzoni;B. Cederwall;J. Gerl;M. Gorska;O. Hall;N. Hubbard;I. Kojouharov;J. Jolie;T. Martinez;Z. Podolyák;P. Regan;J. Tain;A. Tarifeño-Saldivia;H. Schaffner;V. Werner;G. Ağgez;J. Agramunt;U. Ahmed;O. Aktaş;V. Alcayne;A. Algora;S. Alhomaidhi;F. Amjad;C. Appleton;M. Armstrong;M. Balogh;K. Banerjee;P. Bednarczyk;J. Benito;C. Bhattacharya;P. Black;A. Blazhev;S. Bottoni;P. Boutachkov;A. Bracco;A. Bruce;M. Brunet;C. Bruno;I. Burrows;F. Calviño;R. Canavan;D. Cano-Ott;M. Chishti;P. Coleman-Smith;M. L. Cortés;G. Cortés;F. Crespi;B. Das;T. Davinson;A. de Blas;T. Dickel;M. Doncel;A. Ertoprak;A. Esmaylzadeh;B. Fornal;L. Fraile;F. Galtarossa;A. Gottardo;V. Guadilla;J. Ha;E. Haettner;G. Häfner;H. Heggen;P. Herrmann;C. Hornung;S. Jazrawi;P. John;A. Jokinen;C. E. Jones;D. Kahl;V. Karayonchev;E. Kazantseva;R. Kern;L. Knafla;R. Knöbel;P. Koseoglou;G. Kosir;D. Kostyleva;N. Kurz;N. Kuzminchuk;M. Labiche;J. Lawson;I. Lazarus;S. Lenzi;S. Leoni;M. Llanos-Expósito;R. Lozeva;A. Maj;J. K. Meena;E. Mendoza;R. Menegazzo;D. Mengoni;T. Mertzimekis;M. Mikołajczuk;B. Million;N. Mont-Geli;A. Morales;P. Morral;I. Mukha;J. Murias;E. Nácher;P. Napiralla;D. Napoli;B. Nara-Singh;D. O’Donnell;S. Orrigo;R. Page;R. Palit;M. Pallàs;J. Pellumaj;S. Pelonis;H. Pentilla;A. Pérez de Rada;R. Pérez-Vidal;C. Petrache;N. Pietralla;S. Pietri;S. Pigliapoco;J. Plaza;M. Polettini;C. Porzio;V. Pucknell;F. Recchia;P. Reiter;K. Rezynkina;S. Rinta-Antila;E. Rocco;H. Rösch;P. Roy;B. Rubio;M. Rudigier;P. Ruotsalainen;S. Saha;E. Sahin;C. Scheidenberger;D. Seddon;L. Sexton;A. Sharma;M. Si;J. Simpson;A. Smith;R. Smith;P. Söderström;A. Sood;A. Soylu;Y.K. Tanaka;J. Valiente-Dobon;P. Vasileiou;J. Vasiljevic;J. Vesic;D. Villamarín;H. Weick;M. Wiebusch;J. Wiederhold;O. Wieland;H. Wollersheim;P. Woods;A. Yaneva;I. Zanon;G. Zhang;J. Zhao;R. Zidarova;G. Zimba;A. Zyriliou
中科院分区：
其他
文献类型：
--
作者：
A. Mistry;H. Albers;T. Arici;A. Banerjee;G. Benzoni;B. Cederwall;J. Gerl;M. Gorska;O. Hall;N. Hubbard;I. Kojouharov;J. Jolie;T. Martinez;Z. Podolyák;P. Regan;J. Tain;A. Tarifeño-Saldivia;H. Schaffner;V. Werner;G. Ağgez;J. Agramunt;U. Ahmed;O. Aktaş;V. Alcayne;A. Algora;S. Alhomaidhi;F. Amjad;C. Appleton;M. Armstrong;M. Balogh;K. Banerjee;P. Bednarczyk;J. Benito;C. Bhattacharya;P. Black;A. Blazhev;S. Bottoni;P. Boutachkov;A. Bracco;A. Bruce;M. Brunet;C. Bruno;I. Burrows;F. Calviño;R. Canavan;D. Cano-Ott;M. Chishti;P. Coleman-Smith;M. L. Cortés;G. Cortés;F. Crespi;B. Das;T. Davinson;A. de Blas;T. Dickel;M. Doncel;A. Ertoprak;A. Esmaylzadeh;B. Fornal;L. Fraile;F. Galtarossa;A. Gottardo;V. Guadilla;J. Ha;E. Haettner;G. Häfner;H. Heggen;P. Herrmann;C. Hornung;S. Jazrawi;P. John;A. Jokinen;C. E. Jones;D. Kahl;V. Karayonchev;E. Kazantseva;R. Kern;L. Knafla;R. Knöbel;P. Koseoglou;G. Kosir;D. Kostyleva;N. Kurz;N. Kuzminchuk;M. Labiche;J. Lawson;I. Lazarus;S. Lenzi;S. Leoni;M. Llanos-Expósito;R. Lozeva;A. Maj;J. K. Meena;E. Mendoza;R. Menegazzo;D. Mengoni;T. Mertzimekis;M. Mikołajczuk;B. Million;N. Mont-Geli;A. Morales;P. Morral;I. Mukha;J. Murias;E. Nácher;P. Napiralla;D. Napoli;B. Nara-Singh;D. O’Donnell;S. Orrigo;R. Page;R. Palit;M. Pallàs;J. Pellumaj;S. Pelonis;H. Pentilla;A. Pérez de Rada;R. Pérez-Vidal;C. Petrache;N. Pietralla;S. Pietri;S. Pigliapoco;J. Plaza;M. Polettini;C. Porzio;V. Pucknell;F. Recchia;P. Reiter;K. Rezynkina;S. Rinta-Antila;E. Rocco;H. Rösch;P. Roy;B. Rubio;M. Rudigier;P. Ruotsalainen;S. Saha;E. Sahin;C. Scheidenberger;D. Seddon;L. Sexton;A. Sharma;M. Si;J. Simpson;A. Smith;R. Smith;P. Söderström;A. Sood;A. Soylu;Y.K. Tanaka;J. Valiente-Dobon;P. Vasileiou;J. Vasiljevic;J. Vesic;D. Villamarín;H. Weick;M. Wiebusch;J. Wiederhold;O. Wieland;H. Wollersheim;P. Woods;A. Yaneva;I. Zanon;G. Zhang;J. Zhao;R. Zidarova;G. Zimba;A. Zyriliou

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用于核结构研究的DECay SPEC troscopy（DESPEC）装置是在德国GSI研制并投入使用的，为在FRS和Super-FRS进行的一系列实验做准备。在本文中，我们报告了首次采用混合配置的装置，其中AIDA注入机耦合到法蒂玛LaBr 3（Ce）快定时阵列和高纯度锗探测器。初步结果显示，从第一个实验进行的设置。概述的设置和功能进行了讨论，包括技术进步沿着的道路。
Abstract The DEcay SPEC troscopy (DESPEC) setup for nuclear structure investigations was developed and commissioned at GSI, Germany in preparation for a full campaign of experiments at the FRS and Super-FRS. In this paper, we report on the first employment of the setup in the hybrid configuration with the AIDA implanter coupled to the FATIMA LaBr 3 (Ce) fast-timing array, and high-purity germanium detectors. Initial results are shown from the first experiments carried out with the setup. An overview of the setup and function is discussed, including technical advancements along the path.