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22-23 April 2024
TIFR
Asia/Kolkata timezone
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Thin layer activation analysis (TLA) technique using a high energy ion beam is a nuclear technique for measurement of surface loss of materials in the micrometer range. It has been widely used to measure wear, corrosion or erosion in automobile industry, power plants, process industry, oil and petroleum refineries and in many high technology areas. In the proposed study the application of TLA meth
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Presented by Dr. Jayashree BISWAL
on
23 Apr 2024
at
9:45 AM
Our foundational hypothesis is predicated upon the notion that the deliberate bombardment of these specified nanomaterials with a selection of ionic species will catalyze the genesis of bifurcated defect modalities: i) vacancies, and ii) adatoms (doping), or a sophisticated amalgamation of both, contingent upon the interplay between the ion's type and its kinetic energy dynamics. The strategic inc
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Presented by Prof. Vivek POLSHETTIWAR
on
23 Apr 2024
at
12:45 PM
The study of breakup-fusion mainly focuses on weakly-bound projectiles with breakup thresholds 1.45--2.45MeV. However, 10B also has low α-separation energy (4.5MeV), suggesting it may undergo breakup and significantly impact fusion mechanisms at low energies. Measurements from 10,11B+159Tb/209Bi showed complete fusion suppression of ~15% for 10B and 7% for 11B reactions above the barrier. Since t
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Presented by Prof. MOUMITA MAITI
on
23 Apr 2024
at
10:00 AM
Following its discovery, numerous theoretical and experimental endeavors have been undertaken to unravel the microscopic structure of the Pygmy Dipole Resonance (PDR). However, despite these efforts, several unresolved questions persist, impeding a systematic understanding of the underlying microscopic structures of the PDR. These inquiries include whether there exists an onset of single-particle
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Presented by Dr. Soumya BAGCHI
on
23 Apr 2024
at
10:30 AM
Detailed proposal attached
Presented by Dr. Vivek PARKAR
on
22 Apr 2024
at
11:35 AM
We found that there is a scope to identify the new isotopes for Bk which has half-lives greater than 10-6s. Our theoretical calculation (see Appendix IV) predicts that the next heavy nuclei with Z=97, N=139 (A=236, T1/2=0.933s (β-decay)) can be synthesized with a good residual cross-section of 87pb by the target of 209Bi and projectile of 30Si at about 147.53 MeV.
Presented by Dr. HC MANJUNATHA
We have recently conducted measurements on quasi-elastic scattering using 16,18O projectiles directed at 90Zr nuclei at energies near the Coulomb barrier. Our findings
reveal notable discrepancies between the data obtained for 18O and 16O, suggesting a distinct involvement of di-neutron transfer in the fusion process of 18O with 90Zr.
Specifically, the fusion barrier distribution for 18O+90Zr ex
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Presented by Dr. Dipika PATEL
on
22 Apr 2024
at
3:00 PM
Attached
Presented by Dr. Kripamay MAHATA
on
22 Apr 2024
at
12:50 PM
In a decade since the discovery of asymmetric split in β-delayed fission of 180Tl the fission of the preactinides has witnessed considerable development both theoretically as well as experimentally. We had an ongoing experimental program to systematically explore the new kind of asymmetric fission observed in the preactinide region. In this regard we intend to measure fission fragment mass and TK
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Presented by Dr. Vineet KUMAR
on
22 Apr 2024
at
3:15 PM
In the present experiment, we aim to perform swift highly charged ion collisions with small poly-atomic molecular systems. We aim to study the kinetic energy released distributions and angular distributions of the fragment ions. We also intend to study the emitted electrons in coincidence with the fragment ions in a home-built Reaction Microscope setup. We will study the breakup dynamics by measur
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Presented by Prof. Deepankar MISRA
on
23 Apr 2024
at
9:30 AM
In the proposed experiment, the aim is to accomplish the following measurements:
(1) Sufficient 6Li-α coincidence events for the identification 10B states through which it breaks into 6Li and α.
(2) Detection of 2α-d coincidence events to establish the α-α-d cluster configurations.
(3) A comprehensive study of all the possible breakup channels which may provide signatures of new cluster co
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Presented by Ms. TANYA SINGH
on
22 Apr 2024
at
9:35 AM
Detailed proposal attached
Presented by Mr. Prabhat MISHRA
on
22 Apr 2024
at
11:50 AM
This PhD thesis proposal aims to undertake experimental investigation on octupole correlation of the nucleus of mass number A~60-70 region. For this purpose, We select
68Zn and 70Ge and their close by neighbors. The systematic study of some parameters will help to explore the collective behavior of the proposed nuclei and its neighbour.
Presented by Dr. Buddhadev MUKHERJEE
on
22 Apr 2024
at
2:45 PM
Neutron capture plays a crucial role in nucleosynthesis in massive stars (M/M₀ ⩾8), where most isotopes from Fe to Sr are created through neutron capture reactions. However, significant disparities exist in the literature regarding the neutron capture cross sections of 63Cu(n,γ)64Cu and 65Cu(n,γ)66Cu. This proposal aims to investigate these cross-sections using neutron activation and offline
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Presented by Ms. Renu KUMARI, Prof. Samit Kumar MANDAL
on
23 Apr 2024
at
12:30 PM
Present proposal focuses to investigate the E(5) critical point symmetry in 74Se nucleus [16]. The experimental R4/2 = 2.15 for 74Se which are close to the predicted value of 2.20. The previous measurement on this nucleus extracted the B(E2) transition rates of the ground state band up to the 6+ state and within the error bars transition strength are in well agreement with the E(5) prediction. We
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Presented by Mr. SAJAD ALI, Dr. Subhendu RAJBANSHI
on
22 Apr 2024
at
2:15 PM
The exotic phenomenon of two-phonon gamma-vibration in deformed nuclei has been a stimulating and extensively discussed theme in nuclear structure research. The Erbium isotopes offer a unique opportunity to experimentally observe such exotic collective excitations, and test alternative theoretical model approaches. Following evidences in 166Er and 168Er, we plan to search this excitation toward th
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Presented by Dr. Somsundar MUKHOPADHYAY
on
22 Apr 2024
at
12:20 PM
It is planned to perform exposures of Zr-2.5Nb specimens to 35Cl beam for various durations (1h, 8h, etc) at the pelletron facility to achieve different levels of Cl ion implantation in the specimens. These specimens will then be subjected to nodular corrosion experiments at MP&CED to study the effect of different levels of Cl ion implantation.The mechanism for nodular corrosion in gaseous phase a
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Presented by Dr. Sai Karthik NOUDURU
on
23 Apr 2024
at
10:15 AM
Existing literatures have been studied for odd A, 199-207At mass nuclei, and it has been found that, we can
investigate the lifetime of (13/2)^+ isomeric state in 205At which is unknown. In addition to that, as the study associated with 205At is very old, a scope for re-investigation is there to justify the old lifetime values for other isomeric states as well in 205At. Also, for the 207At, we c
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Presented by Mr. KOUSTAV BHANDARY
on
23 Apr 2024
at
12:00 PM
The discrepancy with stellar abundance of Sn isotopes still remains. In this respect, measurements of (p,γ) cross sections on proton rich Sn isotopes gives insight into the (γ,p) cross sections and implicitly into the dilemma involving the p-process contribution to the formation of these nuclei. Extending measurements to proton capture cross sections on Sn isotopes would provide a higher reliabi
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Presented by Ms. Munmun TWISHA
on
22 Apr 2024
at
12:35 PM
We want to test the PARIS detector using in-beam experiment coupled to INGA. We are using Pixie based DDAQ. Two different crates, one for clover, CsI and other one for PARIS,LaBr3(Ce) detector will be used and will have to be time synchronized.
This improved setup is important to get new insight about the high spin behavior of the isotopes near A = 90.
Presented by Mr. Vishal MALIK
on
23 Apr 2024
at
12:15 PM
The study of nuclear fission is crucial for understanding fundamental of Nuclear physics. Nuclear fission, induced by heavy-ion fusion reactions, reveals complexities challenging our current understanding. Non-equilibrium fission, with its various observable like particle emissions, offers insights into intricate dynamics. Recent investigations in 232Th show discontinuous behaviors in pre-scission
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Presented by Mr. Pawan SINGH
on
22 Apr 2024
at
10:50 AM
Neutron capture cross section data are of fundamental importance in nuclear science, such as the nuclear reactor performance, reactor waste management, nuclear security, stellar nucleosynthesis, nuclear medicine and defence applications. Obtaining the reliable neutron capture cross section data for radioactive targets remains a formidable challenge. In addition, understanding the formation of elem
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Presented by Mr. Jyotisankar DAS
on
22 Apr 2024
at
12:05 PM
Separate file attached
Presented by Mr. Satyam KUMAR
on
22 Apr 2024
at
10:20 AM
Recent studies highlight a transition in pre-scission α-particle multiplicity from high to very low values at the Businaro Gallone point during heavy-ion induced fission of 232Th. This behavior, observed across various induced fission reactions, indicates significant dynamical effects in entrance channels suggesting a reversal in mass flow direction, leading to di-nuclear configurations and prem
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Presented by Ms. Nidhi SIRSWAL
on
22 Apr 2024
at
10:35 AM
Manganese-52 (T½ =5.6 d, Eβ+max = 575 keV; average Eβ+ = 242 keV, branching ratio β+ = 29.4 %) is an emerging radiometal that holds tremendous potential in nuclear medicine. The radioisotope can be produced in a low-energy particle accelerator using natural Cr-metal target via 52Cr (p, n) 52Mn reaction. Production, radiochemical separation and purification are the vital steps towards obtaining
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Presented by Dr. Rubel CHAKRAVARTY
on
23 Apr 2024
at
10:45 AM
In the proposed experiment, we plan to search for high-spin isomers and shears band in odd-odd 206At. 206At lies at the lower boundary of the transitional region (Z>82, N<126), where competition between two extreme modes of nuclear excitations result in diverse structural phenomena. One of these aspects is nuclear isomers. Study of isomers is very important as they provide testing ground to variou
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Presented by Dr. Khamosh YADAV, Dr. Deepika CHOUDHURY
on
22 Apr 2024
at
9:50 AM
The experimental nuclear measurements are needed to validate as well as to get the appropriate data set which can complete the data for entire energy range for future nuclear reactor application. The current proposal, as part of my PH.D, aims for taking results of the systematic activation cross section for few pre-decided isotopes, for which the available nuclear data is discrepant.
Presented by Ms. Shivani SHARMA
on
23 Apr 2024
at
11:45 AM
We propose to carry out an experiment to measure the angular momentum gated proton spectra from 73As*( 18O+ 55Mn system). The main objective is to study the pairing re-entrance phenomenon in 72Ge. In earlier investigations on this topic, J dependent nuclear level density obtained from proton evaporation spectra in 105Ag* at the incident energy 40–50 MeV shows an unusual bump in level density of
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Presented by Dr. Prakash Chandra ROUT, Mr. Manoj MEHER
on
22 Apr 2024
at
10:05 AM
The current motivation of the experiment is to quantify the significant discrepancies between the experimental and theoretical data of nuclear reaction cross section and thereby, increase the productive power of theoretical models.
Presented by Ms. Vandana .
on
23 Apr 2024
at
11:30 AM
Coulex experiment
Presented by Prof. Rudrajyoti PALIT
on
22 Apr 2024
at
2:30 PM
