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David J Barnes | Zendy; Junia V. Melo | Zendy; Claire Hall | Zendy; Stephen J. Richards | Zendy; Peter Hillmen | Zendy; Kinuko Ohneda | Zendy; Masayuki Yamamoto | Zendy; J. Delaunay | Zendy; Eric Blom | Zendy; Henri J. van de Vrugt | Zendy; Johan P. de Winter | Zendy; Fré Arwert | Zendy; Hans Joenje | Zendy; Georgina W. Hall | Zendy; Koko Murakami | Zendy; Hitoshi Kanno | Zendy; Jakica Tancabelic | Zendy; Hisaichi Fujii | Zendy

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Author(s) -

David J Barnes,

Junia V. Melo,

Claire Hall,

Stephen J. Richards,

Peter Hillmen,

Kinuko Ohneda,

Masayuki Yamamoto,

J. Delaunay,

Eric Blom,

Henri J. van de Vrugt,

Johan P. de Winter,

Fré Arwert,

Hans Joenje,

Georgina W. Hall,

Koko Murakami,

Hitoshi Kanno,

Jakica Tancabelic,

Hisaichi Fujii

Publication year - 2002

Publication title -

acta haematologica

Language(s) - English

Resource type - Reports

SCImago Journal Rank - 0.574

H-Index - 56

eISSN - 1421-9662

pISSN - 0001-5792

DOI - 10.1159/000067757

Subject(s) - medicine , computer science

19 A method for analyzing 3H, 36Cl, 22Na, 133Ba and 134Cs from simulated groundwater 20 (SGW) samples was introduced. Gamma emitting radionuclides 22Na, 133Ba and 134Cs 21 were measured by using an HPGe-detector. Beta emitting 3H and 36Cl were separated 22 from gamma emitting 22Na, 133Ba and 134Cs. AgCl precipitation was used for the 23 separation of 36Cl from SGW samples with yields of 98 ± 2%. 3H was separated by 24 distillation with recoveries of 97 ± 3%. This method was used for the determination of 25 activity concentrations of 3H, 36Cl, 22Na, 133Ba and 134Cs in SGW samples collected from 26 an in-situ through diffusion experiment (TDE). 27

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