The proton rich 97 Ru, a potential candidate for nuclear medicine, was produced for the first
time through the nat Nb (7 Li, 3n) 97 Ru reaction. A natural Nb foil of 20ߙmg/cm 2 thickness …

Abstract natY was irradiated with 34 MeV α-particles to produce 90Nb. Separation of 90Nb
from bulk yttrium target was carried out using two naturally occurring alkaloids namely …

Background: The experimental knowledge of nuclear reaction data and decay properties
plays a vital role in searching for novel and exotic radioisotopes, prompting us to widen the …

Amount estimation of production of 99 Mo required for medical applications was carried out
by utilizing an electron linear accelerator with 30 g of nat MoO 3 target, and 15.10 MBq of 99 …

This paper reports the yield of no-carrier-added (NCA) radionuclides produced in 12C6+
induced reaction on natural yttrium target at 10 different incident energies in the range of 40 …

An attempt has been made to produce no-carrier-added (nca) 97Ru for the first time from the
12C-induced reaction on yttrium target. A natY foil of 10 mg/cm2 thickness was irradiated by …

Production of no-carrier-added (NCA) 97Ru was investigated from the 11B-induced reaction
on the natural Y target. Bombardment of 40 MeV B-beam on the natY foil (2.8 mg/cm2) …

In 1934, the remarkable discovery of artificial radioactivity by Irene and Frederic Joliot Curie
had added the most important step in the journey of nuclear medicine. Initially, the …

Environmentally benign aqueous biphasic separation (ABS) methods for separation of no-
carrier added (NCA) 90Nb and 89Zr from alpha particle irradiated natY target have been …

This is the first report on the inventory of radionuclides produced in 1.4 GeV proton induced
reaction on Lead–Bismuth Eutectic (LBE) targets. LBE targets of 6 mm diameter and 1 to 8 …