C. Teich
University of Göttingen
16 Papers
86 Citations
C. Teich is an academic researcher from University of Göttingen. The author has contributed to research in topics: Neutron & Recoil. The author has an hindex of 8, co-authored 16 publications.
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Papers
Identification of excited states in the N = Z nucleus 68 Se with cluster detectors
S. Skoda,B. Fiedler,F. Becker,J. Eberth,S. Freund,T. Steinhardt,O. Stuch,O. Thelen,H.G. Thomas,L. Käubler,J. Reif,H. Schnare,Ronald Schwengner,T. Servene,G. Winter,V. Fischer,A. Jungclaus,D. Kast,K. P. Lieb,C. Teich,C. Ender,T. Härtlein,F. Köck,Dirk Schwalm,P. Baumann +24 more
TL;DR: A first level scheme with five states up to 4.2 MeV excitation energy and tentative spins was established in this article, where the level scheme was interpreted in comparison with neutron deficient nuclei of the $A\ensuremath{\approx}70$ region and cranking model calculations.
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Picosecond lifetime measurement of neutron core-excited states in the N = 50 nucleus 95Rh
A. Jungclaus,D. Kast,K. P. Lieb,C. Teich,M. Weiszflog,T. Härtlein,C. Ender,F. Köck,Dirk Schwalm,J. Reif,R. Peusquens,A. Dewald,J. Eberth,H.G. Thomas,M. Górska,H. Grawe +15 more
TL;DR: In this paper, the lifetime of high-spin states in the N = 50 nucleus 95Rh were measured using the recoil-distance Doppler-shift technique and reduced transition probabilities for seventeen γ transitions and limits for nine further transitions were extracted and compared with the predictions of the spherical shell model based on the extended configuration space.
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Measurement of g factors in 84,86Zr and 87Nb by the recoil distance transient field γ-γ coincidence technique
C. Teich,A. Jungclaus,V. Fischer,D. Kast,K. P. Lieb,C. Lingk,C. Ender,T. Härtlein,F. Köck,Dirk Schwalm,J. Billowes,J. Eberth,H.G. Thomas +12 more
TL;DR: In this paper, the magnetic dipole moments of excited states were measured using the recoil distance transient field method, which is a coincidence technique combining the recoil distances and the transient field methods.
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Measurements of g-factors of excited states in Ba and Ce nuclei using γ rays from secondary fission fragments
A. G. Smith,G. S. Simpson,J. Billowes,John Durell,P.J. Dagnall,S. J. Freeman,M. J. Leddy,A. Roach,J. F. Smith,A. Jungclaus,K. P. Lieb,C. Teich,B. J. P. Gall,F. Hoellinger,N. Schulz,I. Ahmad,John P. Greene,A. Algora +17 more
TL;DR: In this paper, the first use of secondary-fragment gamma-ray emission in the determination of g-factors of excited states in fission fragments was presented, and the deduced g-factor fur the 2(+) state in Ba-146 provides substantiating evidence for a downward trend in 2(+ g-facts with increasing neutron number, in line with Interacting Boson Model predictions for the neutron-rich barium isotopes, assuming the quenching of the Z = 64 shell gap for N>88.
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