Nanoparticles may be used in industrial processes, incorporated into consumer products, or
applied as biomedical agents. Isotopic (radio) labeling is one of the most powerful methods …

Simultaneous production of carrier-free radioisotopes, 65Zn and 66, 67, 68Ga, has been
achieved by activation of a thick copper target with a 50 MeV α-particle. A liquid-liquid …

A 67 Ga Zn separation method is presented which uses an organic polymer containing no
ion exchange groups, instead of an ion exchange resin. With the apparatus described, high …

A cylcotron target that can stand at least a 600 μA 16 MeV deuteron beam, is made by
electroplating natural zinc or enriched (90%) Zn-66 on a copper backing. Electrochemical …

A radiochemical charged particle activation procedure has been developed for the
production and separation of the carrier free radioisotopes, 65 Zn and 66, 67, 68 Ga. The …

The production of 67 Ga obtained by irradiating natural zinc in the internal deuteron beam of
a classical cyclotron is presented. The radiochemical separation was performed by modified …

We have described the radiochemical methods to produce radiopharmaceuticals for SPECT
and PET and also discussed the synthesis of several agents used for infection imaging …

A computer code based on a statistical model was used for the calculation of cross sections
and production yields for proton-induced reactions. Product nuclei of interest were 30 P, 63 …

The production of no-carrier-added (NCA) 18 F (109.77 min) from proton induced reactions
on Mg targets of natural isotopic composition was investigated in the 67.5-13.7-MeV energy …

Charged-particle accelerators, particularly cyclotrons, are presently the source of the
majority of the radionuclides used for the synthesis of radioactive drugs. These drugs are …