Development of Au-coated THGEM for single photon, charged particle, and neutron detection
Development of Au-coated THGEM for single photon, charged particle, and neutron detection
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开发用于单光子、带电粒子和中子检测的金涂层 THGEM
DOI：
10.1016/j.nima.2013.08.042
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发表时间：
2013-11
期刊：
影响因子：
--
通讯作者：
孙丽君
中科院分区：
文献类型：
--
作者：
牛顺利;张煊;刘万金;孙丽君
我们报道了完全基于国产工业PCB技术的镀金厚气体电子倍增器（THGEMs）的成功开发。已经生产和测试了各种尺寸和衬底的THGEMs。生产成果包括敏感区域可达500× 1000mm 2，孔直径可达200 μ m，厚度可达150 μ m，边缘可达20 ~ 120 μ m，并可实现量产。此外，还采用了有效的技术来提高THGEMs的质量和性能。研究了ar基和ne基混合气体的有效增益、增益稳定性、增益均匀性和能量分辨率。x射线、紫外和紫外光、宇宙射线μ子和α粒子的测试结果表明，这类THGEMs很有希望。
We report the successful development of Au-coated Thick Gas Electron Multipliers (THGEMs) based totally on homemade industrial PCB technology in China. THGEMs with various dimensions and substrates have been produced and tested. Production achievements include sensitive areas up to 500× 1000 mm 2, hole diameters down to 200 μ m, thicknesses down to 150 μ m, rims from 20 to 120 μ m, and feasibility of mass production. In addition, effective techniques have been applied to improve the quality and performance of THGEMs. The effective gain, gain stability, gain uniformity, and energy resolution in Ar-based and Ne-based gas mixtures were studied. Test results of X-rays, VUV&UV lights, cosmic ray muons, and alpha particles show that these kinds of THGEMs are promising.
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DOI：
10.1016/j.nima.2011.11.079
发表时间：
2012-02
影响因子：
1.4
作者：
M. Alexeev;F. Barbosa;R. Birsa;F. Bradamante;A. Bressan;M. Chiosso;P. Ciliberti;S. Torre;O. Denisov;V. Duic;A. Ferrero;M. Finger;H. Fischer;M. Giorgi;B. Gobbo;M. Gregori;F. Heinsius;F. Herrmann;K. Königsmann;D. Kramer;L. Lauser;S. Levorato;A. Maggiora;A. Martin;G. Menon;K. Nováková;J. Nový;D. Panzieri;G. Pesaro;J. Polák;E. Rocco;C. A. Santos;G. Sbrizzai;P. Schiavon;C. Schill;S. Schopferer;M. Slunecka;F. Sozzi;L. Steiger;M. Sulc;S. Takekawa;F. Tessarotto;C. Veloso;H. Wollny
通讯作者：
M. Alexeev;F. Barbosa;R. Birsa;F. Bradamante;A. Bressan;M. Chiosso;P. Ciliberti;S. Torre;O. Denisov;V. Duic;A. Ferrero;M. Finger;H. Fischer;M. Giorgi;B. Gobbo;M. Gregori;F. Heinsius;F. Herrmann;K. Königsmann;D. Kramer;L. Lauser;S. Levorato;A. Maggiora;A. Martin;G. Menon;K. Nováková;J. Nový;D. Panzieri;G. Pesaro;J. Polák;E. Rocco;C. A. Santos;G. Sbrizzai;P. Schiavon;C. Schill;S. Schopferer;M. Slunecka;F. Sozzi;L. Steiger;M. Sulc;S. Takekawa;F. Tessarotto;C. Veloso;H. Wollny
DOI：
10.1016/0168-9002(95)00141-7
发表时间：
1995-07
影响因子：
1.4
作者：
J. Almeida;F. Barbò;M. Bertolo;A. Bianco;A. Braem;S. Cerasari;C. Coluzza;T. dell’Orto;S. Fontana;G. Margaritondo;E. Nappi;G. Paic;F. Piuz;R. Sanjinés;T. Scognetti;S. Sgobba
通讯作者：
J. Almeida;F. Barbò;M. Bertolo;A. Bianco;A. Braem;S. Cerasari;C. Coluzza;T. dell’Orto;S. Fontana;G. Margaritondo;E. Nappi;G. Paic;F. Piuz;R. Sanjinés;T. Scognetti;S. Sgobba
影响因子：
1.3
作者：
A. Bondar;A. Buzulutskov;A. Grebenuk;D. Pavlyuchenko;Y. Tikhonov;A. Breskin
通讯作者：
A. Bondar;A. Buzulutskov;A. Grebenuk;D. Pavlyuchenko;Y. Tikhonov;A. Breskin
影响因子：
1.3
作者：
M. Cortesi;R. Zboray;R. Adams;V. Dangendorf;A. Breskin;S. Mayer;H. Hoedlmoser;H. Prasser
通讯作者：
M. Cortesi;R. Zboray;R. Adams;V. Dangendorf;A. Breskin;S. Mayer;H. Hoedlmoser;H. Prasser
影响因子：
1.3
作者：
L. Arazi;A. Breskin;R. Chechik;M. Cortesi;M. Pitt;A. Rubin;H. N. Luz;J. Santos;C. Azevedo;D. Covita;C. Oliveira;J. Veloso;M. Breidenbach;D. Freytag;G. Haller;R. Herbst;S. Park;A. White;J. Yu;E. Oliveri
通讯作者：
L. Arazi;A. Breskin;R. Chechik;M. Cortesi;M. Pitt;A. Rubin;H. N. Luz;J. Santos;C. Azevedo;D. Covita;C. Oliveira;J. Veloso;M. Breidenbach;D. Freytag;G. Haller;R. Herbst;S. Park;A. White;J. Yu;E. Oliveri