Novel method for MCF study in a dense D/T mixture, first experimental results

Yu.P. Averin,D. V. Balin,V.R. Bom,J. N. Bradbury,J.D. Davies,A M Demin,D. L. Demin,A.E. Drebushko,V.P. Dzhelepov,C.W.E. van Eijk,V. V. Filchenkov,A. N. Golubkov,N. N. Grafov,V. G. Grebinnik,S. K. Grishechkin,V.G. Klevtsov,A. D. Konin,A.A. Kukolkin,S.V. Medved,A.B. Modenov,V. A. Nazarov,V. V. Perevozchikov,V. I. Pryanichnikov,V.Ya. Rozhkov,A. I. Rudenko,S. M. Sadetsky,G. G. Semenchuk,V. T. Sidorov,Yu. V. Smirenin,I.I. Sukhoi,V.V. Travkin,N. I. Voropaev,A. A. Yukhimchuk,V. G. Zinov,S. V. Zlatoustovskii

Novel method for MCF study in a dense D/T mixture, first experimental results

1999

Preliminary data are first presented for the measurements of effective parameters of MCF processes in dense D/T mixtures obtained by a novel method. Results are compared with the ones obtained by the “standard” method.

Keywords:

Nuclear magnetic resonance
Muon
Chemistry
Atomic physics
cycling rate
Fusion

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