High statistics measurement of the K+→π0e+ν(Ke3) decay formfactors
Author:
Publisher
Elsevier BV
Subject
Nuclear and High Energy Physics
Reference13 articles.
1. V.I.Garkusha et al., IHEP preprint IHEP 2003-4.
2. The Karlsruhe — CERN superconducting rf separator
3. A. Ageev et al., Proceedings of RUPAC-2008, p.282.
4. Analysis of Ke3+ decay
5. Kμ3L decay: A stringent test of right-handed quark currents
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