Conveners
Section 3: Low energy nuclear physics
- Galina Knyazheva (FLNR)
Section 3: Low energy nuclear physics
- Alexander Karpov (JINR)
Section 3: Low energy nuclear physics
- Moumita Maiti (Department of Physics, Indian Institute of Technology Roorkee, Uttarakhand, India)
Unlike other reaction mechanisms, fission process produces huge number of fragment nuclei; all being produced at the same instant of time. Thus γ-spectra following a typical fission reaction are found to be extremely complicated, and often become very challenging to carry out the unambiguous analysis. Although it is very challenging to make an unambiguous analysis of the complicated γ spectra...
R. Sariyala,b, I. Mazumdarb , D. Mehtaa , N. Madhavanc , S. Nathc , J. Gehlotc , Gonikac , S. M. Patelb , P. B. Chavanb , S. Panward,b, V. Rangad,b, A. Pariharie , A. K. Nasirovf,g, B. M. Kayumovg,h
aDepartment of Physics Panjab University Chandigarh-160014 India,
bDepartment of Nuclear and Atomic Physics Tata Institute of Fundamental Research Colaba-400005 Mumbai India.
cInter-University...
The CUPAC NE Collaboration involves 20 universities, institutes and colleges from the North Eastern
states of India. Our collaborators from Indian national laboratories (BARC, IUAC, UGC-DAE CSR) and
International laboratories# bring much needed experience and expertise in experimental techniques and stellar model
codes critical to success of CUPAC mission. The long term goal of CUPAC is to...
The nuclear shell model plays an important role in the pre-formation of alpha particles. It shows the existence of magic numbers, which predicts the nucleus to form a strongly bound closed shell. When the protons number (Z) or the neutrons number (A-Z) is equal to 2,8,20,28,50,82 or 126, which are known as the “Magic Numbers”. We have developed a model which we named as S-potential by...
A study of the complete fusion mechanism of nuclei in nucleus-nucleus collisions is an actual task to find an unambiguous answer how fusion takes place: by nucleon transfer through the window between nuclei or as two droplets merge with each other.
The uncertainties in the experimental and theoretical estimations of the cross sections of complete fusion are related mainly with the...
Presently, a group of seven PhD students is working with me and they all are working on different nuclear research programmes. We are working on surrogate reaction studies, fusion-fission studies, Neural networks
in nuclear physics as well as neutron and alpha cross-section studies with covariance analysis.
Extensive work was done under Indo Russian bilateral research programme funded by...
