SNO+ 液体闪烁体的研制、表征与部署
仪器与探测器
2021-05-11 v2 高能物理 - 实验
摘要
为 SNO+ 实验研制了一种以线性烷基苯为溶剂、2,5-二苯基恶唑为荧光剂的液体闪烁体。选择该混合物的原因在于其与丙烯酸相容，且相较既有液体闪烁体具有具竞争力的光产额，同时带来其他优势，包括更长衰减长度、更优安全特性、化学简洁性、易操作性及物流可得性。其性质已得到广泛表征并在此呈现。除 SNO+ 外，该液体闪烁体现亦用于若干中微子物理实验。
引用
@article{arxiv.2011.12924,
title = {Development, characterisation, and deployment of the SNO+ liquid scintillator},
author = {SNO+ Collaboration and : and M. R. Anderson and S. Andringa and L. Anselmo and E. Arushanova and S. Asahi and M. Askins and D. J. Auty and A. R. Back and Z. Barnard and N. Barros and D. Bartlett and F. Barão and R. Bayes and E. W. Beier and A. Bialek and S. D. Biller and E. Blucher and R. Bonventre and M. Boulay and D. Braid and E. Caden and E. J. Callaghan and J. Caravaca and J. Carvalho and L. Cavalli and D. Chauhan and M. Chen and O. Chkvorets and K. J. Clark and B. Cleveland and D. Cookman and C. Connors and I. T. Coulter and M. A. Cox and D. Cressy and X. Dai and C. Darrach and B. Davis-Purcell and C. Deluce and M. M. Depatie and F. Descamps and J. Dittmer and F. Di Lodovico and N. Duhaime and F. Duncan and J. Dunger and A. D. Earle and D. Fabris and E. Falk and A. Farrugia and N. Fatemighomi and V. Fischer and E. Fletcher and R. Ford and K. Frankiewicz and N. Gagnon and A. Gaur and K. Gilje and O. I. González-Reina and D. Gooding and P. Gorel and K. Graham and C. Grant and J. Grove and S. Grullon and E. Guillian and S. Hall and A. L. Hallin and D. Hallman and S. Hans and J. Hartnell and P. Harvey and M. Hedayatipour and W. J. Heintzelman and J. Heise and R. L. Helmer and D. Horne and B. Hreljac and J. Hu and A. S. M. Hussain and T. Iida and A. S. Inácio and M. Jackson and N. A. Jelley and C. J. Jillings and C. Jones and P. G. Jones and K. Kamdin and T. Kaptanoglu and J. Kaspar and K. Keeter and C. Kefelian and P. Khaghani and L. Kippenbrock and J. R. Klein and R. Knapik and J. Kofron and L. L. Kormos and S. Korte and B. Krar and C. Kraus and C. B. Krauss and T. Kroupova and K. Labe and F. Lafleur and I. Lam and C. Lan and B. J. Land and R. Lane and S. Langrock and A. LaTorre and I. Lawson and L. Lebanowski and G. M. Lefeuvre and E. J. Leming and A. Li and J. Lidgard and B. Liggins and Y. H. Lin and X. Liu and Y. Liu and V. Lozza and M. Luo and S. Maguire and A. Maio and K. Majumdar and S. Manecki and J. Maneira and R. D. Martin and E. Marzec and A. Mastbaum and J. Mauel and N. McCauley and A. B. McDonald and P. Mekarski and M. Meyer and C. Miller and C. Mills and M. Mlejnek and E. Mony and I. Morton-Blake and M. J. Mottram and S. Nae and M. Nirkko and L. J. Nolan and V. M. Novikov and H. M. O'Keeffe and E. O'Sullivan and G. D. Orebi Gann and M. J. Parnell and J. Paton and S. J. M. Peeters and T. Pershing and Z. Petriw and J. Petzoldt and L. Pickard and D. Pracsovics and G. Prior and J. C. Prouty and S. Quirk and A. Reichold and S. Riccetto and R. Richardson and M. Rigan and A. Robertson and J. Rose and R. Rosero and P. M. Rost and J. Rumleskie and M. A. Schumaker and M. H. Schwendener and D. Scislowski and J. Secrest and M. Seddighin and L. Segui and S. Seibert and I. Semenec and F. Shaker and T. Shantz and M. K. Sharma and T. M. Shokair and L. Sibley and J. R. Sinclair and K. Singh and P. Skensved and M. Smiley and T. Sonley and R. Stainforth and M. Strait and M. I. Stringer and R. Svoboda and A. Sörensen and B. Tam and J. Tatar and L. Tian and N. Tolich and J. Tseng and H. W. C. Tseung and E. Turner and R. Van Berg and J. G. C. Veinot and C. J. Virtue and B. von Krosigk and E. Vázquez-Jáuregui and J. M. G. Walker and M. Walker and S. C. Walton and J. Wang and M. Ward and O. Wasalski and J. Waterfield and J. J. Weigand and R. F. White and J. R. Wilson and T. J. Winchester and P. Woosaree and A. Wright and J. P. Yanez and M. Yeh and T. Zhang and Y. Zhang and T. Zhao and K. Zuber and A. Zummo},
journal= {arXiv preprint arXiv:2011.12924},
year = {2021}
}
备注
21 pages, 10 figures