To perform nuclear reaction experiments at HIRA, IUAC, New Delhi, thin (100–150 μg/cm 2)
and pure 61, 62 Ni targets of uniform thickness are required. Self supporting targets are …

Thin Ca F 2 targets with carbon backing are fabricated for the first time using physical vapour
deposition technique at the target laboratory of IUAC, New Delhi to perform a multi nucleon …

Aiming to study the interplay of different nuclear reactions at low incident energies, thin
targets of enriched stable isotopes, 208 Pb and 193 Ir, have been fabricated at the target …

In nuclear reaction experiments, the thin targets are required. In the present work, 30 thin
116 Sn targets were prepared using physical vapor deposition technique (preferable for thin …

Thin 130 Te target foils of thickness 139–260 μ g/cm 2 have been prepared on 12 C backing
using resistive evaporation technique for sub-barrier fusion studies in heavy-ion induced …

Abstract Isotopic thin Samarium (Sm) targets of 150–200 μg/cm 2 thickness have been
fabricated in high vacuum (HV) environment by thermal evaporation method on carbon (C) …

Barrier distributions for the Si 28+ Nd 142, 150 systems were extracted from large-angle
quasielastic scattering measurements. The measurements were carried out over a wide …

Self-supporting thin films of 116,118 Sn isotopes have been fabricated using ultra-high
vacuum (UHV) facility at the Inter-University Accelerator Centre (IUAC), New Delhi. Owing to …

Isotopically enriched targets of 64, 68 Zn were prepared for heavy ion fusion and multi-
nucleon transfer reactions. In view of the fragility of the targets under the ion current and …

The fabrication, transfer, and storage of a highly enriched isotopic target is very much crucial
because of air gases and moistures being chemically active at room temperature. One must …