A. Jan Miran, H. (2015). Study The Electric Quadrupole Transition Strengths [M(E2)]2 In 18Ar And 20Ca Nuclei By Using Internal Conversion Coefficient. , 11(2), 17-26.
Hussein A. Jan Miran. "Study The Electric Quadrupole Transition Strengths [M(E2)]2 In 18Ar And 20Ca Nuclei By Using Internal Conversion Coefficient". , 11, 2, 2015, 17-26.
A. Jan Miran, H. (2015). 'Study The Electric Quadrupole Transition Strengths [M(E2)]2 In 18Ar And 20Ca Nuclei By Using Internal Conversion Coefficient', , 11(2), pp. 17-26.
A. Jan Miran, H. Study The Electric Quadrupole Transition Strengths [M(E2)]2 In 18Ar And 20Ca Nuclei By Using Internal Conversion Coefficient. , 2015; 11(2): 17-26.

Study The Electric Quadrupole Transition Strengths [M(E2)]2 In 18Ar And 20Ca Nuclei By Using Internal Conversion Coefficient

Diyala Journal For Pure Science
Article 1, Volume 11, Issue 2, 2015, Pages 17-26
Author
Hussein A. Jan Miran
Abstract
The theoretical internal conversion coefficient values were used to study The reduced transition probability B(E2)w.u.↓ produced by pure electric quadrupole emission in even –even isotopes of 18Ar and 20Ca which have been calculated and plotted as a function for neutron number (N) by using life times of 21+ first excited state and the γ0- relative intensity. the B(E2)w.u.↓ values are converted to [M(E2)]2w.u.↓ values and then, the present [M(E2)]2w.u.↓ values are compared with previous study results.
Keywords
Electric Quadrupole Transition; Internal Conversion Coefficients; Transition Strengths For Gamma; ray; tot
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