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OPTIMIZATION OF ISOL UC_X TARGETS FOR FISSION INDUCED BY FAST NEUTRONS OR ELECTRONS

机译:快速中子或电子诱导裂变的ISL UC_X靶的优化

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Two ways of production of radioactive beams using uranium carbide targets are taken into consideration: fission induced by fast neutrons and by bremsstrahlung radiation. For the SPIRAL 2 project, the fission of the uranium carbide target will be induced by a neutron flow created by bombarding a carbon converter with a 40 MeV high intensity primary deuteron beam. Calculations and design of the target in order to reach 10~(13) fission events per second with good release have been done. The second way is the photofission using an electron beam. In 2004 the ALTO project (Accelerateur Lineaire Aupres du Tandem d'Orsay) will give a 50 MeV/10μA electron beam. This facility will allow more than 10~(11) fissions/s. In this case, the electron beam hits the target without converter. Calculations are realized in order to estimate the production and to choose the best target shape.
机译:考虑了使用碳化铀靶的放射束生产的两种方法:快速中子和Bremsstrahlung辐射诱导的裂变。 对于螺旋2项目,碳化铀靶的裂变将由通过用40meV高强度氘丝束轰击碳转换器而产生的中子流来诱导。 完成了目标的计算和设计,以达到10〜(13)每秒具有良好释放的裂变事件。 第二种方式是使用电子束的光扫描。 2004年,Alto项目(Acceleryur Lineaire Aupres Du Tandem d'Orsay)将提供50 MeV /10μA的电子束。 该设施将允许超过10〜(11)个裂口。 在这种情况下,电子束在没有转换器的情况下击中目标。 实现计算以估计生产并选择最佳目标形状。

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