(2016). Study The Deformation Parameters (β2, δ) For Even-Even Nuclei (A=38-48 & A=74-92. Alustath, 0(1), 189-200.
. "Study The Deformation Parameters (β2, δ) For Even-Even Nuclei (A=38-48 & A=74-92". Alustath, 0, 1, 2016, 189-200.
(2016). 'Study The Deformation Parameters (β2, δ) For Even-Even Nuclei (A=38-48 & A=74-92', Alustath, 0(1), pp. 189-200.
Study The Deformation Parameters (β2, δ) For Even-Even Nuclei (A=38-48 & A=74-92. Alustath, 2016; 0(1): 189-200.

Study The Deformation Parameters (β2, δ) For Even-Even Nuclei (A=38-48 & A=74-92

Journal of College of Education
Article 1, Volume 0, Issue 1, November 2017, Pages 189-200
Abstract
The aim of the present work is to calculate the deformation parameters
( β2, δ)and its relation with neutrons magic number.
The relationship between the deformation parameters (β2, δ) which is obtained by two different methods, first: nucleus quadrupole deformation parameter β2 from reduced transition probability B(E2)↑ for 0+→2+ transitions, second: nucleus quadrupole deformation parameter δ from quadrupole moment Qo ,with neutrons magic number have been studied. These parameters have been calculated for even-even nuclei 20Ca 40≤A≤48and 36Kr 74≤A≤92 using deformed shell model equation.
From this study we shows that the deformation parameters decreased when we are closer to the neutrons magic number.
Keywords
transition probability B; electric quadrupole moment Qo; mean; squared charge distribution radius; deformation parameters
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