45 research outputs found

    New approach to the nuclear in beam Îł\gamma spectroscopy of neutron rich nuclei at N=20 using projectile fragmentation

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    In the european political field, the challenge consists in organizing a political debate on the scale of the Union whereas the citizens of this one do not speak the same language, ignore the Community institutions, live in different institutional systems and, during nearly 50 years, lived Wall on both sides, in opposite ideological universes. Television can help to take up this challenge in condition of being put in perspective in its right place: neither obsolete and diabolic object manipulating the masses, nor democratic fairy bringing the rational light to the individual

    MUST: a new detector for the study of direct reactions induced by radioactive beams

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    MUST: a new detector for the study of direct reactions induced by radioactive beams

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    Charge Collection Measurements on SOI Capacitors using Heavy Ion Microprobe at GSI

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    Quantitative charge collection measurements have been performed on SOI capacitors using a58N33+ micro beam at 3.6 MeV/u. Collection efficiencies as well as charge sharing effects on adjacent devices through coincidence measurements are reported and discussed in the frame of comparisons between Synopsys code simulations and experimental results

    Impact of the radial ionization profile on SEE prediction for SOI transistors and SRAMs beyond the 32-nm technological node

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    International audienceThe relative contribution of the radial ionization profile on SEE prediction is investigated using MUSCA-SEP3 , in comparison with the classical approach considering the ion track as a series of punctual charges. The new approach is validated against experimental results, for three technology generations of PDSOI transistors and for two generations of SOI SRAM cells, showing better agreement than the punctual approach. The impact of the radial approach on the evaluation of SEU cross section as compared to the punctual approach is then investigated for nanometric SOI SRAM cells, beyond the 32-nm technological node. The influence of the radial dimension of the ion track is shown to increase with technology generation. The impact of the ion mass and energy on the ratio between radial and punctual SEU cross section is also investigated
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