B. D. Marsh
3 Papers
14 Citations
B. D. Marsh is an academic researcher. The author has contributed to research in topics: Mass transfer coefficient & Coulomb excitation. The author has an hindex of 1, co-authored 1 publications.
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Papers
Axial and triaxial degrees of freedom in 72Zn
Stefanie Hellgartner,D. Mücher,Kathrin Wimmer,V. Bildstein,J. L. Egido,Roman Gernhäuser,R. Krücken,A. K. Nowak,M. Zielińska,C. Bauer,M L Lozano Benito,S. Bottoni,H. De Witte,J. Elseviers,D. V. Fedorov,F. Flavigny,A. Illana,M. Klintefjord,T. Kröll,R. Lutter,B. D. Marsh,R. Orlandi,Janne Pakarinen,Riccardo Raabe,E. Rapisarda,Sebastian Reichert,Peter Reiher,Marcus Scheck,M. Seidlitz,B. Siebeck,E. Siesling,T. Steinbach,Thierry Stora,M. J. Vermeulen,D. Voulot,N. Warr,Fredrik Wenander +36 more
TL;DR: In this paper , the unstable N=42 nucleus 72Zn has been studied using multiple safe Coulomb excitation in inverse kinematics, and it was found that the ground state has an average deformation in the γ degree of freedom close to maximum triaxiality.
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Magnetic moments of thallium isotopes in the vicinity of magic N = 126
Z. Yue,A. N. Andreyev,A. E. Barzakh,Ivan Borzov,J. G. Cubiss,Alejandro Algora,M. Au,Micheal Balogh,S. Bara,R.A. Bark,C. Bernerd,M. J. G. Borge,Daniel Brugnara,K. Chrysalidis,Thomas Elias Cocolios,H. De Witte,Z. Favier,L. M. Fraile,H. O. U. Fynbo,A. Gottardo,Robert Grzywacz,R. Heinke,A. Illana,P.M. Jones,D. S. Judson,A. Korgul,U. Köster,M. Labiche,L. Le,R. Lica,M. Madurga,N. Mǎrginean,B. D. Marsh,C. Mihai,Enrique Nácher,C. C. Neacsu,C. R. Nita,B. Olaizola,J. N. Orce,C.A.A. Page,R. D. Page,J. Pakarinen,Philippos Papadakis,G. Penyazkov,A. Perea,M. Piersa-Siłkowska,Zs. Podoly'ak,S. D. Prosnyak,E. Reis,S. Rothe,Mikuláš Sedlák,Leonid V. Skripnikov,C. Sotty,S. Stegemann,Olof Tengblad,S. V. Tolokonnikov,J. M. Udías,P. Van Duppen,N. Warr,W. Wojtaczka +59 more
TL;DR: Researchers measured magnetic dipole moments of 209Tlg and 207Tlm using in-source laser resonance-ionization spectroscopy, validating a self-consistent theory of finite Fermi systems and highlighting the importance of particle-vibration coupling in thallium isotopes.