Investigation of muonic hydrogen isotopes scattering from H2 molecule
Investigation of muonic hydrogen isotopes scattering from H2 molecule
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H2 分子散射的μ子氢同位素研究
DOI：
10.1007/bf02227668
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发表时间：
1996
期刊：
影响因子：
--
通讯作者：
J. Zmeskal
中科院分区：
文献类型：
--
作者：
R. Jacot;A. Adamczak;G. Beer;V. Bystritsky;W. Czapliński;M. Filipowicz;M. Fujiwara;T. M. Huber;P. Kammel;P. Knowles;A. Kunselman;V. Markushin;G. Marshall;F. Mulhauser;A. Olin;C. Petitjean;L. Rivkis;V. Stolupin;J. Wozniak;J. Zmeskal
了解µp、µd和µt在氢同位素分子上的散射截面不仅对于检验库仑三体问题的算法解是必要的，而且对于全面和正确地描述氢同位素混合物中的介子和分子过程的动力学也是必要的。我们计划使用最近在TRIUMF开发的多层靶系统，在0.1eV到45 eV的能量碰撞范围内测量反应µx+H2→>；µx+H2(x=d，t)的散射截面能量依赖关系。
Knowledge of the cross sections for scattering of µp, µd and µt on molecules of hydrogen isotopes is necessary not only for checking the algorithmic solution of the Coulomb three-body problem but also for a general and correct description of the kinetics of muonic and molecular processes in mixtures of hydrogen isotopes. We plan to measure the scattering cross-section energy dependence of the reactions µx+ H2→>µx+H2(x=d, t) in the energy collision range from 0.1 to 45 eV, using a multilayered target system recently developed at TRIUMF.