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新幻数
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  new magic number
     Explanation on New Magic Number N=16 in Light Neutron-rich Nuclei
     丰中子轻核新幻数N=16的解释(英文)
短句来源
     In addition,some interesting questions are discussed in this thesis,for example,the effect of the configuration of nucleon on the density distributions,the sequence overturn between the 2s1/2 and 1d5/2 energy levels when the neutron halo exists,the existence of the proton halo nucleus,and the appearance of new magic number (N=16) under the weak bounded condition,etc.
     此外,论文中还讨论了一些令人感兴趣的问题,如核子能级组态对密度分布的影响、中子晕存在时2s1/2与1d5/2能级次序的翻转、质子晕核的存在以及弱束缚条件下新幻数N=16的出现等等。
短句来源
     Based on the analysis of neutron-separation energies, Ozawa et al proposed a new magic number N =16 in light neutron-rich nuclei. The deformed and spherical relativistic mean-field(RMF) calculations have been carried out for N =16 isotones.
     基于中子分离能的分析 ,Ozawa等提出丰中子轻核存在新幻数 N=1 6 .对 N=1 6同中子素进行了形变和球形的相对论平均场计算 .
短句来源
     This is the possible cause of the appearance of the new magic number in someneutron-rich nuclei.
     这是一些丰中子核新幻数出现的可能原因 .
短句来源
  相似匹配句对
     A New Method for Constructing Magic Squaes
     构造
短句来源
     New Description of Fuzzy Numbers
     Fuzzy描述
短句来源
     New definition of Bernoulli numbers
     Bernoulli定义
短句来源
     This is the possible cause of the appearance of the new magic number in someneutron-rich nuclei.
     这是一些丰中子核出现的可能原因 .
短句来源
     Explanation on New Magic Number N=16 in Light Neutron-rich Nuclei
     丰中子轻核N=16的解释(英文)
短句来源
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  new magic number
The calculated single-particle energies of bound states in these isotopes are compared with the results of the calculations within the multiparticle shell model, the latter predicting a new magic number N = 34 for Z = 20 nuclei.
      
Combining this result with the new magic number 180 derived recently from the transmutation experiments providing a consistency proof of the experiments, arrives at a very probable nuclide 308X126 distinguished with two magic numbers.
      
Combining this result with the new magic number 180 derived recently from the transmutation experiments providing a consistency proof of the experiments, arrives at a very probable nuclide306X126 distinguished with two magic numbers.
      
Systematic calculations for even-even oxygen isotopes support the development of new magic number N=16.
      


Based on the analysis of neutron-separation energies, Ozawa et al proposed a new magic number N =16 in light neutron-rich nuclei. The deformed and spherical relativistic mean-field(RMF) calculations have been carried out for N =16 isotones. The numerical relativistic mean-field results show there is a shape transition in N =16 isotones. This is the possible cause of the appearance of the new magic number in someneutron-rich nuclei.

基于中子分离能的分析 ,Ozawa等提出丰中子轻核存在新幻数 N=1 6 .对 N=1 6同中子素进行了形变和球形的相对论平均场计算 .相对论平均场的数值结果表明 N=1 6同中子素有形状相变 .这是一些丰中子核新幻数出现的可能原因 .

Recently the predicted new decay model, for instance two-proton decay and β~(-)delayed fission have been observed in the investigations of the nuclei far from stability line. The existence of the nuclei located beyond the drip-line has already been studied experimentally and theoretically. It has been started to search for the neutron cluster in experiment by using neutron-rich nuclei. The researches of the spectroscopy and decay properties of the nuclei far from stability line are more and deeper, and...

Recently the predicted new decay model, for instance two-proton decay and β~(-)delayed fission have been observed in the investigations of the nuclei far from stability line. The existence of the nuclei located beyond the drip-line has already been studied experimentally and theoretically. It has been started to search for the neutron cluster in experiment by using neutron-rich nuclei. The researches of the spectroscopy and decay properties of the nuclei far from stability line are more and deeper, and found that in the region some old magic numbers are vanishing and some new magic numbers are appearing by comparing the energies of the first excited state, Q_(β) values and the separation energies of the last one or two neutrons and protons. The reasons for these are introduced briefly.

近几年在对远离核的实验研究中,观测到了理论预言的新衰变模式,如45Fe的双质子衰变,β-缓发裂变;对中子滴线外一些核的存在可能性也进行了较多的实验探索和理论分析;开始了对人们一直关注的中子集团存在可能性的实验探索.远离核谱学和衰变性质研究逐渐深入,通过对一些远离核第一激发态能量的系统比较和许多远离核β衰变Q值的测量,以及核质量的精确测量,发现在远离核区,原有的一些幻数消失,代之产生了一些新的幻数,对其产生原因的理论分析做了简要的综述.

>=Recently the predicted new decay model, for instance two-proton decay and β- delayed fission have been observed in the investigations of the nuclei far from stability line. The existence of the nuclei located beyond the drip-line has already been studied experimentally and theoretically. It has been started to search for the neutron cluster in experiment by using neutron-rich nuclei. The researches of the spectrosco-py and decay properties of the nuclei far from stability line are more and deeper, and found...

>=Recently the predicted new decay model, for instance two-proton decay and β- delayed fission have been observed in the investigations of the nuclei far from stability line. The existence of the nuclei located beyond the drip-line has already been studied experimentally and theoretically. It has been started to search for the neutron cluster in experiment by using neutron-rich nuclei. The researches of the spectrosco-py and decay properties of the nuclei far from stability line are more and deeper, and found that in the region some old magic numbers are vanishing and some new magic numbers are appearing by comparing the energies of the first excited state, Qβ values and the separation energies of the last one or two neutrons and protons. The reasons for these are introduced briefly.

近几年在对远离核的实验研究中,观测到了理论预言的新衰变模式,如45Fe的双质子衰变,β-缓发裂变;对中子滴线外一些核的存在可能性也进行了较多的实验探索和理论分析;开始了对人们一直关注的中子集团存在可能性的实验探索.远离核谱学和衰变性质研究逐渐深入,通过对一些远离核第一激发态能量的系统比较和许多远离核β衰变Q值的测量,以及核质量的精确测量, 发现在远离核区,原有的一些幻数消失,代之产生了一些新的幻数,对其产生原因的理论分析做了简要的综述.

 
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