Production of an isotope with element 110 in the fusion reaction between silicon-30 and curium-248

目前，用于制备超重原子核的核聚变蒸发反应被广泛用于制备超重原子核。然而，聚变反应本身并没有完全被理解，这使得预测SHN的产生截面变得困难。我们提出了一种通过测量重离子诱发裂变来确定聚变几率的方法。研究了核形变对核聚变的影响，结果表明，在亚势垒能下可以产生SHN。

Fusion-evaporation reaction using actinide target nuclei is extensively used to produce super-heavy nuclei (SHN). The fusion reaction itself, however, has not been fully understood, which makes it difficult to predict the production cross sections of SHN. We proposed a method to determine the fusion probability by measuring heavy-ion induced fission. Effect of nuclear deformation on fusion was investigated, and it was shown that SHN can be produced at sub-barrier energies.