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Measurement of Near-Barrier Fusion Excitation Function of ~6Li+~(208)Pb

Wu Yue

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Abstract

Near barrier fusion excitation function of 6 Li+ 208 Pb system has been measured. The CCFUS calculations with and without the coupled elastic channels taken into account were performed.By comparing the theoretical and experimental results, we can conclude that at the above barrier energies,the fusion cross sections have decreased due to the break up effects,but in the sub barrier energy region,the influence of the break up on the fusion cross section is modest.

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What this paper is about

Near barrier fusion excitation function of 6 Li+ 208 Pb system has been measured. The CCFUS calculations with and without the coupled elastic channels taken into account were performed.By comparing the theoretical and experimental results, we can conclude that at the above barrier energies,the fusion cross sections have decreased due to the break up effects,but in the sub barrier energy region,the influence of the break up on the fusion cross section is modest.

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Available abstract

Near barrier fusion excitation function of 6 Li+ 208 Pb system has been measured. The CCFUS calculations with and without the coupled elastic channels taken into account were performed.By comparing the theoretical and experimental results, we can conclude that at the above barrier energies,the fusion cross sections have decreased due to the break up effects,but in the sub barrier energy region,the influence of the break up on the fusion cross section is modest.

Key concepts: Physics, Excitation function, Fusion, Excitation, Atomic physics, Cross section (physics), Function (biology), Energy (signal processing)

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