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首页> 外文期刊>Applied Physics Research >Nuclear Properties of vg9/2+ Isomers in Odd 59Cr to 69Se Nuclei for N=35
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Nuclear Properties of vg9/2+ Isomers in Odd 59Cr to 69Se Nuclei for N=35

机译:N = 35的奇数59Cr至69Se核中vg9 / 2 +异构体的核性质

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We have reported the systematic magnetic quadrupole reduced transition probabilities B (M2) between 9/2+ and 5/2- in odd 59Cr to 69Se nuclei for neutron N=35. At present work the calculated B(M2) values are 0.079 W.U., 0.067 W.U., 0.230 W.U., 0.412 W.U., 0.060 W.U., and 0.044 W.U. for 59Cr, 61Fe, 63Ni, 65Zn, 67Ge, and 69Se nuclei respectively. The theoretical calculations of the reduced transition probabilities were compared to the previous experimental values. The width of isomeric levels, mean-life and Weisskopf hindrance factors in the odd 59Cr to 69Se nuclei were also calculated. The isomeric levels 9/2+ were systematically studied as a function of even atomic number from 24 to 34. It is shown that the isomeric levels are increases from Z= 24 to Z= 28 and then decreases monotonically up to Z= 34.
机译:我们已经报道了在中子N = 35的情况下,在奇数59Cr到69Se原子核中,系统磁四极杆降低的跃迁几率B(M2)在9/2 +和5 / 2-之间。当前工作中,计算出的B(M2)值为0.079W.U.,0.067W.U。,0.230W.U.,0.412W.U.,0.060W.U。和0.044W.U.。分别为59Cr,61Fe,63Ni,65Zn,67Ge和69Se原子核。减少的转移概率的理论计算与先前的实验值进行了比较。还计算了奇数59Cr至69Se核中的异构体能级宽度,平均寿命和Weisskopf阻碍因子。系统地研究了从2到34偶数原子数的函数的9/2 +异构体水平。研究表明,该异构体水平从Z = 24升高到Z = 28,然后单调降低直到Z = 34。

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