5th International Conference on FUSION11, Date: 2011/05/02 - 2011/05/06, Location: St Malo: FRANCE
Publication date:
2011-01-01
Volume:
17
ISSN:
9782759806935
Publisher:
EDP Sciences; CEDEX A
5TH INTERNATIONAL CONFERENCE FUSION11
Author:
Parkar, VV
Marquinez, G ; Martel, I ; Sanchez-Benitez, AM ; Acosta, L ; Berjillos, R ; Duenas, J ; Flores, JL ; Bolivar, JP ; Padilla, A ; Alvarez, MAG ; Beaumel, D ; Borge, MJG ; Chbihi, A ; Cruz, C ; Cubero, M ; Fernandez Garcia, JP ; Fernandez Martinez, B ; Gomez Camacho, J ; Keeley, N ; Labrador, JA ; Marquis, M ; Mazzocco, M ; Pakou, A ; Patronis, N ; Pesudo, V ; Pierroutsakou, D ; Raabe, Riccardo ; Rusek, K ; Silvestri, R ; Standylo, L ; Strojek, I ; Soic, N ; Tengblad, O ; Wolski, R ; Ziad, AH ; Schmitt, CH ; Navin, A ; Rejmund, M ; Lacroix, D ; Goutte, H
Keywords:
Science & Technology, Physical Sciences, Physics, Nuclear, Physics, SUBBARRIER FUSION, ENHANCEMENT, HALO, PROBABILITY, 5107 Particle and high energy physics, 5110 Synchrotrons and accelerators
Abstract:
© Owned by the authors, published by EDP Sciences, 2011. The experimental study of the fusion of light neutron-rich nucleus 8He with 206Pb is reported in this work. A fusion stack of 206Pb targets has been used for this study. The most prominent evaporation residue (210Po), which has half-life of 138 days and decays by alpha emission, is populated in the reaction. Radiochemical analysis technique is used to extract the yield of this evaporation residue.