A short review of the radiochemical methods for preparation of widely used or promising
cyclotronproduced radionuclides for nuclear medicine and biomedical or environmental …

An automated system for remotely loading 81 Rb 81m Kr generators without operator
intervention has been developed to provided 1–4 uniformly loaded generators suitable for …

[en] The medical cyclotron has become indispensable not only for diagnosis but also for
treatment. We, Sumitomo Heavy Industries, Ltd., have developed and introduced compact …

Prospects of using the JINR accelerators (the microtron MT-2.5, the cyclotron V-200 and the
phasotron) for the production of some medical radioisotopes from various targets at different …

This report is answering the key question: Is it possible to ban the use of research reactors
for the production of medical radioisotopes? Chapter 2 offers a summarized overview on the …

ACCELERATORS, BETA DECAY RADIOISOTOPES, BETA-PLUS DECAY
RADIOISOTOPES, COMPUTERIZED TOMOGRAPHY, CYCLIC ACCELERATORS, DRUGS …

An essential basis for research and development work on radiopharmaceuticals is the
efficient production of radionuclides of high quality. In this process research-oriented studies …

The authors describe an irradiation device set up beside a compact medical cyclotron (520.
CGR-MeV cyclotron). The variable energy machine can accelerate 3-22 MeV protons, 3-13 …

[en] Preparation of a number of cyclotron produced short-lived radiopharmaceuticals are
described. Of the cyclotron-produced short-lived radionuclides, 11 C (T= 20.4 m, β+) is one …

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 …