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Your search keyword '"Schmitt, Ch."' showing total 3 results
Start Over Author "Schmitt, Ch." Topic radioactive nuclear beams Publication Year Range Last 50 years
3 results on '"Schmitt, Ch."'

1. γ-ray Spectroscopy of Proton Drip-Line Nuclei in the A∼130 Region using SPIRAL beams.

Author

Stézowski, O., Guinet, D., Lautesse, Ph., Meyer, M., Redon, N., Rossé, B., Schmitt, Ch., Nolan, P. J., Boston, A. J., Cooper, R., Dimmock, M., Gros, S., McGuirck, B., Paul, E. S., Petri, M., Scraggs, H., Turk, G., De France, G., Bhattachasyya, S., and Mukherjee, G.

Subjects
NUCLEAR fusion, RADIOACTIVE nuclear beams, EXOTIC nuclei, PARTICLES (Nuclear physics), SPECTROMETERS, SPECTRUM analysis instruments
Abstract

A fusion-evaporation experiment has been performed with a SPIRAL 76Kr radioactive beam in order to study the deformation of rare-earth nuclei near the proton drip-line. The experimental setup consisted in the EXOGAM γ-array, coupled to the light-charged particles (LCP) DIAMANT detector and to the VAMOS heavy-ion spectrometer. The difficulties inherent to such measurements are enlightened. The coupling between EXOGAM and DIAMANT has been used to decrease the huge background caused by the radioactivity of the beam. It further permits assigning new γ-ray transitions to specific residual nuclei. A γ-ray belonging to the 130Pm level scheme has thus been observed for the first time. [ABSTRACT FROM AUTHOR]

Published
2008
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2. γ-Spectroscopy and Radioactive Beams : How To Perform Channel Selection ?

Author

Rossé, B., Redon, N., Stézowski, O., Schmitt, Ch., Guinet, D., Meyer, M., Lautesse, Ph., Nolan, P. J., Boston, A. J., Cooper, R., Dimmock, M., Gros, S., McGuirck, B., Paul, E. S., Petri, M., Scraggs, H., Turk, G., De France, G., Bhattachasyya, S., and Mukherjee, G.

Subjects
RADIOACTIVE nuclear beams, PARTICLE beams, NUCLEAR physics, PHYSICS, NUCLEAR energy
Abstract

An experiment has been performed using a SPIRAL 76Kr radioactive beam at GANIL to investigate rare-earth nuclei near the proton drip-line. The EXOGAM gamma array was coupled with the DIAMANT light charged-particle detector and the VAMOS spectrometer. We report here on the powerful of this setup to extract fusion-evaporation γ-rays from a large beam contamination. © 2006 American Institute of Physics [ABSTRACT FROM AUTHOR]

Published
2006
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3. The use of EXOGAM for in-beam spectroscopy of proton drip-line nuclei with radioactive ion beams

Author

Petri, M., Paul, E.S., Nolan, P.J., Boston, A.J., Boston, H.C., Cooper, R.J., Dimmock, M.R., Gros, S., McGuirk, B.M., Turk, G., Guinet, D., Lautesse, Ph., Meyer, M., Redon, N., Rossé, B., Schmitt, Ch., Stézowski, O., Bhattacharyya, S., De France, G., and Mukherjee, G.

Subjects
*RADIOACTIVE nuclear beams, *GAMMA ray spectrometer, *PARTICLE beams, *GERMANIUM diodes, *PROTONS, *NUCLEAR fusion, *RARE earth metals
Abstract

Abstract: One of the first fusion–evaporation experiments using radioactive ion beams was performed at GANIL in order to study proton-rich nuclei of the light rare-earth region. The low production cross-section of the exotic species of interest, in combination with the low intensity of the beam and its induced background, demanded the use of a highly efficient experimental setup. This consisted of the EXOGAM -ray spectrometer coupled for the first time with both the DIAMANT charged-particle array and the VAMOS recoil spectrometer. In this report the experimental challenges of such studies will be discussed and the experimental achievements of the in-beam spectroscopy of proton drip-line nuclei using EXOGAM will be presented. [Copyright &y& Elsevier]

Published
2009
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