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Abstract
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To study of kinetics of μt1s(E)-muonic atoms in the hydrogen multilayer target H/T ⊕D2, coupled
one-dimensional transport and rate equations are written and solved by implicit method. The
structure of present multilayer has been cooled to 3 K and it includes only a small concentration
of tritium(cT2≈ ct ≈ 10-3). As before, multilayer target was used without attention to the
μt-transport 1. Here, the contribution of molecular resonances of the complex [(dtμ)Jnu-dee]Kv is
fully taken into account. Jν(Kv) are ro-vibrational quantum numbers of the dtμ ion(complex).
The present work shows that these molecules are significantly formed in the collision energy
E ≃ 0.47 eV and x ≃ 3.065(μm), where x denotes the vertical distance measured from H/T
layer(see Fig. 1). For duration times, the results of the population of μt1s(0.47 eV ) atoms are
plotted versus X(X ≡ x − 2.9), as shown in Fig. 1. By using time step sizes less than mean duration
time of muonic atom formation and space-grid points more than ng:p: = 2000, the method
is numerically stable. The present structure can operate as a source of μt atomic beam. For more
information, μtnl>2s atoms can form the complex more in gas targets.
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