Muonic Anti-hydrogen [H bar]^sub [mu]^ Formation in Low-energy Three-body Reactions: Slow [p bar] + ([mu]^sup +^[mu]^sup -^)^sub 1s^ collision

Muonic Anti-hydrogen [H bar]^sub [mu]^ Formation in Low-energy Three-body Reactions: Slow [p bar] + ([mu]^sup +^[mu]^sup -^)^sub 1s^ collision

(ProQuest: ... denotes formulae and/or non-USASCII text omitted; see image) Issue Title: FB20 Proceedings A few-body type computation is performed for a three-charge-particle collision with participation of a slow antiproton ... and a muonic muonium atom (true muonium), i.e. a bound state of two muo...

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Veröffentlicht in:Few-body systems 2013-08, Vol.54 (7-10), p.1157
Hauptverfasser: Sultanov, Renat A, Guster, Dennis
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Guster, Dennis
description (ProQuest: ... denotes formulae and/or non-USASCII text omitted; see image) Issue Title: FB20 Proceedings A few-body type computation is performed for a three-charge-particle collision with participation of a slow antiproton ... and a muonic muonium atom (true muonium), i.e. a bound state of two muons ... in its ground state. The total cross section of the following reaction ..., where muonic anti-hydrogen ... is a bound state of an antiproton and positive muon, is computed in the framework of a set of coupled two-component Faddeev-Hahn-type equation. A better known negative muon transfer low energy three-body reaction: ... is also computed as a test system. Here, t^sup +^ is triton and d^sup +^ is deuterium.[PUBLICATION ABSTRACT]
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title Muonic Anti-hydrogen [H bar]^sub [mu]^ Formation in Low-energy Three-body Reactions: Slow [p bar] + ([mu]^sup +^[mu]^sup -^)^sub 1s^ collision
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