Low-energy muon-transfer reaction from hydrogen isotopes to helium isotopes

Energy Transfer in O Collisions with He Isotopes and Helium Escape from Mars

Heaviest helium and lithium isotopes

Yu. Aksyutina1,2, T. Aumann1, K. Boretzky1, M.J.G. Borge3, A. Chatillon1, L.V. Chulkov1,4, D. Cortina-Gil5, U. Datta Pramanik6, H. Emling1, C. Forssén2, H.O.U. Fynbo7, H. Geissel1, G. Ickert1, H.T. Johansson2, B. Jonson2, R. Kulessa8, C. Langer1, M. Lantz2, T. Le Bleis1, A.O. Lindahl9, K. Mahata1, G. Münzenberg1, T. Nilsson2,10, G. Nyman2, S. Paschalis11, W. Prokopowicz1, R. Reifarth1, A. Richt...

Accurate measurement of atmospheric helium isotopes.

We have developed an analytical system to measure atmospheric 3He/4He ratios precisely by using a static vacuum operation mass spectrometer and an ultrahigh-vacuum purification line. After purification of the sample, helium was introduced into the mass spectrometer. Ion beams of 3He and 4He were measured at the same time by a double collector system. A resolving power of about 700 at the 5% lev...

Development of Low Energy Accelerator-based Production of Medical Isotopes

Here we present methods for production of new and existing isotopes for SPECT (Single Photon Emission Computed Tomography) and PET (Positron Emission Tomography) imaging using accelerator-based systems. Such isotopes are already widely used in medical diagnostics and research, and there is constant development of new drugs and isotopes. However the main production method for Tc, is currently in...

Low-energy Coulomb excitation of neutron-rich zinc isotopes

J. Van de Walle,1,2 F. Aksouh,1,3 T. Behrens,4 V. Bildstein,4,5 A. Blazhev,6 J. Cederkäll,2 E. Clément,2,3 T. E. Cocolios,1 T. Davinson,7 P. Delahaye,2 J. Eberth,6 A. Ekström,8 D. V. Fedorov,9 V. N. Fedosseev,2 L. M. Fraile,2,10 S. Franchoo,2 R. Gernhauser,4 G. Georgiev,2,11 D. Habs,12 K. Heyde,13 G. Huber,14 M. Huyse,1 F. Ibrahim,15 O. Ivanov,1 J. Iwanicki,16 J. Jolie,6 O. Kester,17 U. Köster,...