R
Rido Mann
Researcher at Technische Universität Darmstadt
Publications - 61
Citations - 1621
Rido Mann is an academic researcher from Technische Universität Darmstadt. The author has contributed to research in topics: Ion & Ionization. The author has an hindex of 23, co-authored 61 publications receiving 1571 citations. Previous affiliations of Rido Mann include Missouri University of Science and Technology.
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Journal ArticleDOI
Three-Body Coulomb Problem Probed by Mapping the Bethe Surface in Ionizing Ion-Atom Collisions
Robert Moshammer,Appathurai N. Perumal,Michael Schulz,V D Rodríguez,H. Kollmus,Rido Mann,Siegbert Hagmann,Joachim Ullrich +7 more
TL;DR: The three-body Coulomb problem has been explored in kinematically complete experiments on single ionization of helium by 100 MeV/u C(6+) and 3.6 MeV /u Au(53+) impact and the experimental data are not in agreement with state-of-the-art continuum distorted wave-eikonal initial state theory.
Journal ArticleDOI
First observation of bound-state beta - decay.
M. Jung,F. Bosch,K. Beckert,H. Eickhoff,H. Folger,B. Franzke,A. Gruber,P. Kienle,O. Klepper,W. Koenig,C. Kozhuharov,Rido Mann,R. Moshammer,F. Nolden,U. Schaaf,Gerhard Soff,P. Spädtke,M. Steck,Th. Stöhlker,K. Sümmerer +19 more
TL;DR: Bound-state {beta}{sup {minus}} decay was observed for the fist time by storing bare bare {sub 66}{sup 163}Dy{sup 66+} ions in a heavy-ion storage ring and bounds for both the value of neutral {sub 67}Ho and for the electron-neutrino mass were set.
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Low-Energy Electrons and Their Dynamical Correlation with Recoil Ions for Single Ionization of Helium by Fast, Heavy-Ion Impact.
R. Moshammer,J. Ullrich,M. Unverzagt,W. Schmidt,P. Jardin,R. E. Olson,Rido Mann,Reinhard Dörner,V. Mergel,Udo Buck,Horst Schmidt-Böcking +10 more
TL;DR: Helium single ionization by 3.6 meV/u Ni[sup 24+] impact was explored in a kinematically complete experiment by combining a high-resolution recoil-ion momentum spectrometer with a novel 4[pi] low-energy electron analyzer in agreement with classical-trajectory Monte Carlo predictions.
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Selective electron capture into highly stripped Ne and N target atoms after heavy-ion impact
TL;DR: In this paper, it was shown that selective electron capture is a dominant mechanism for the population of H-, He- and Li-like states of low atomic number (Zt
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Ionization of Helium in the Attosecond Equivalent Light Pulse of 1 GeV/Nucleon U{sup 92+} Projectiles
R. Moshammer,W. Schmitt,J. Ullrich,H. Kollmus,Amine Cassimi,R. Dörner,Ottmar Jagutzki,Rido Mann,R. E. Olson,H. T. Prinz,Horst Schmidt-Böcking,Lutz Spielberger +11 more
TL;DR: In this article, single and double ionization of helium by 1GeV/nucleon U{sup 92+} impact was explored in a kinematically complete experiment, where cross sections, emission characteristics of ions and electrons as well as momentum balances were quantitatively discussed in terms of photoionization of the atom in this broadband, ultrashort virtual photon field.