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您的检索式：作者名="BOILLEY David"
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| 1 | Analysis of the fusion hindrance in mass-symmetric heavy ion reactions显示文摘The fusion hindrance,which is also denominated by the term extra-push,is studied on mass-symmetric systems by the use of the liquid drop model with the two-center parameterization.Following the idea that the fusion hindrance exists only if the liquid drop barrier(saddle point) is located at the inner side of the contact point after overcoming the outer Coulomb barrier,the reactions in which two barriers are overlapped with each other are determined.It is shown that there are many systems where the fusion hindrance does not exist for the atomic number of projectile or target nucleus Z 43,while for Z> 43,all of the mass-symmetric reactions are fusion-hindered. | ABE Yasuhisa BOILLEY David | 2009 | Science China(Physics,Mechanics & Astronomy)2009，52，10： | 5 |
| 2 | How accurately can we predict synthesis cross sections of superheavy elements?显示文摘Synthesis of superheavy elements beyond oganesson is facing new challenges as new target–projectile combinations are necessary. Guidance from models is thus expected for future experiments. However, hindered fusion models are not well established and predictions in the fission barriers span few MeVs. Consequently, predictions are not reliable. Strategies to constrain both fusion hindrance and fission barriers are necessary to improve the predictive power of the models. But, there is no hope to get an accuracy better than one order of magnitude in fusion–evaporation reactions leading to superheavy elements synthesis. | David Boilley Bartholome Cauchois Hongliang Lu Anthony Marchix Yasuhisa Abe Caiwan Shen | 2018 | Nuclear Science and Techniques2018，29，12： | 3 |
| 3 | 用反应^48Ca+^254Es合成119号元素的可能性研究显示文摘利用最近发展起来的两步模型分析重离子核反应48Ca+254Es的熔合过程。在这个模型中,熔合过程被分为前后独立的两个过程,即粘连过程和形成过程。本研究组计算了对应的粘连概率和形成概率,并结合适用于蒸发过程的统计蒸发模型,计算了该反应合成119号超重元素的剩余截面,即当Elab=250.2 MeV时,得到最大剩余截面为0.7 pb。 | 沈彩万 Yasuhisa Abe David Boilley | 2013 | 原子核物理评论2013，30，3： | 1 |
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