Literature DB >> 19269836

Comparison of inductively coupled mass spectrometry and ultra low-level gamma-ray spectroscopy for ultra low background material selection.

S Nisi1, A Di Vacri, M L Di Vacri, A Stramenga, M Laubenstein.   

Abstract

The main target of this study is the development and the validation of an internal procedure to measure the pg g(-1) levels, of naturally occurring radioisotopes to select ultra low background detector materials. As there are no ultra low-level certified reference materials commercially available, the performance of ICP-MS was compared with the well established ultra low-level gamma-spectroscopy. This work shows also the reliability of very quick ICP-MS semi-quantitative analyses of an environmental matrix such as a geological sample treated according to conventional protocols.

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Year:  2009        PMID： 19269836     DOI： 10.1016/j.apradiso.2009.01.021

Source DB:  PubMed          Journal:  Appl Radiat Isot        ISSN： 0969-8043            Impact factor:   1.513


  2 in total

1.  Material radiopurity control in the XENONnT experiment.

Authors:  E Aprile; K Abe; F Agostini; S Ahmed Maouloud; M Alfonsi; L Althueser; E Angelino; J R Angevaare; V C Antochi; D Antón Martin; F Arneodo; L Baudis; A L Baxter; L Bellagamba; R Biondi; A Bismark; A Brown; S Bruenner; G Bruno; R Budnik; C Capelli; J M R Cardoso; D Cichon; B Cimmino; M Clark; A P Colijn; J Conrad; J J Cuenca-García; J P Cussonneau; V D'Andrea; M P Decowski; P Di Gangi; S Di Pede; A Di Giovanni; R Di Stefano; S Diglio; A Elykov; S Farrell; A D Ferella; H Fischer; W Fulgione; P Gaemers; R Gaior; M Galloway; F Gao; R Glade-Beucke; L Grandi; J Grigat; A Higuera; C Hils; K Hiraide; L Hoetzsch; J Howlett; M Iacovacci; Y Itow; J Jakob; F Joerg; N Kato; P Kavrigin; S Kazama; M Kobayashi; G Koltman; A Kopec; H Landsman; R F Lang; L Levinson; I Li; S Liang; S Lindemann; M Lindner; K Liu; F Lombardi; J Long; J A M Lopes; Y Ma; C Macolino; J Mahlstedt; A Mancuso; L Manenti; A Manfredini; F Marignetti; T Marrodán Undagoitia; K Martens; J Masbou; D Masson; E Masson; S Mastroianni; M Messina; K Miuchi; K Mizukoshi; A Molinario; S Moriyama; K Morå; Y Mosbacher; M Murra; K Ni; U Oberlack; J Palacio; R Peres; J Pienaar; M Pierre; V Pizzella; G Plante; J Qi; J Qin; D Ramírez García; S Reichard; A Rocchetti; N Rupp; L Sanchez; J M F Dos Santos; G Sartorelli; J Schreiner; D Schulte; H Schulze Eißing; M Schumann; L Scotto Lavina; M Selvi; F Semeria; P Shagin; E Shockley; M Silva; H Simgen; A Takeda; P L Tan; A Terliuk; C Therreau; D Thers; F Toschi; G Trinchero; C Tunnell; F Tönnies; K Valerius; G Volta; Y Wei; C Weinheimer; M Weiss; D Wenz; J Westermann; C Wittweg; T Wolf; Z Xu; M Yamashita; L Yang; J Ye; L Yuan; G Zavattini; Y Zhang; M Zhong; T Zhu; J P Zopounidis; M Laubenstein; S Nisi
Journal:  Eur Phys J C Part Fields       Date:  2022-07-08       Impact factor: 4.991

2.  New ultra-sensitive radioanalytical technologies for new science.

Authors:  Pavel P Povinec
Journal:  J Radioanal Nucl Chem       Date:  2018-03-14       Impact factor: 1.371
  2 in total

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