Incomplete momentum transfer in 16O+148ND system [at energy=5.8MeV/nucleon]
By: Giri, Pankaj K
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Contributor(s): Mahato, Amritraj.
Publisher: New Delhi CSIR 2019Edition: Vol.57(9), Sep.Description: 619-623p.Subject(s): Humanities and Applied ScienceOnline resources: Click here
In:
Indian journal of pure & applied physics (IJPAP)Summary: Measurements of the forward recoil ranges of the evaporation residues and formed in the interaction of with Nd at energy nucleon have been done. Measured forward recoil range distributions of these evaporation residues show population of several incomplete fusion channels in addition to complete fusion. The entire and incomplete linear momentum transfers inferred form these recoil range distributions have been used to identify the evaporation residues populated through complete and incomplete fusion dynamics .....
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Measurements of the forward recoil ranges of the evaporation residues and formed in the interaction of with Nd at energy nucleon have been done. Measured forward recoil range distributions of these evaporation residues show population of several incomplete fusion channels in addition to complete fusion. The entire and incomplete linear momentum transfers inferred form these recoil range distributions have been used to identify the evaporation residues populated through complete and incomplete fusion dynamics .....
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