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Facility for preparation of gas mixture in muon catalyzed fusion experiments

Type of Publication
Year of Publication
1999
Authors

A.A. Yukhimchuk; V.A. Apasov; Y.I. Vinogradov; A.N. Golubkov; E.V. Gornostaev; S.K. Grishechkin; L.V. Drakin; N.A. Zagoruiko; V.N. Istratov; P.D. Ishkov; A.A. Kononenko; G.I. Karyakin; V.G. Klevtsov; V.A. Klisch; V.N. Lobanov; A.P. Maksimenko; S.S. Matveev; A.E. Nikitin; V.I. Pustovoy; ; V.M. Solyankin; B.N. Tenyaev; V.M. Kharitonov

Abstract

A facility is described that allows safe handling of high tritium gas activity as dozens kilocuries in a regular laboratory environment. It is used to make and deliver into the target a mixture of specific isotopic composition with the contamination requirement of 10(-7) v.f. for Z>1 elements, and recover it upon completion of operation. With this facility, efforts have been accomplished to investigate into the muon catalyzed fusion on two targets - liquid tritium and high-pressure tritium types. Also, the operation range was 0.1-120 MPa for pressure and 20-800 K for temperature and the amount of tritium used was about 100 kCi. The facility showed reliability in operation without indications of radiation beyond the safety level.

DOI

10.1023/a:1012684819789

Volume

119

Notes

Times Cited: 12 International Workshop on Exotic Atoms, Molecules and Muon Catalyzed Fusion (EXAT98) Jul 19-24, 1998 Univ fribourg, fribourg, switzerland ETH Zurich, Ctr Stefano Franscini; Paul Scherrer Inst; Univ Fribourg; Swiss Natl Fdn 12

Pagination

341-344

Number
4
ISSN Number

0304-3843

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