In the last two decades, there has been a strong research interest in producing
radioisotopes with ultra-intense lasers, as an application of laser-driven accelerators in …

The results of complex simulations using PIC-GEANT4 (particle-in-cell and Monte-Carlo)
codes based on the generation of a high-energy electron bunch by a short laser pulse …

A new recycle process for recovery of enriched 98 Mo or 100 Mo used for production of 99
Mo/99m Tc medical isotope was developed. In this process, Mo is precipitated from spent …

Tuning moderated neutrons for radioisotope production is based on an activator design and
materials that are used in the indirect production method. Utilizing low energy/current …

An analytical method is used to describe isotope production at an electron accelerator. The
key characteristics that determine the total target activity and its distribution have been …

The most frequently used radionuclide in diagnostic nuclear medicine, Tc 99 m, is generally
obtained by the decay of its parent radionuclide, Mo 99. Recently, concerns have been …

Several promising pathways exist for the production of 99Mo/99mTc using enriched 98Mo or
100Mo. Use of Mo targets requires a major change in current generator technology, and the …

Fundamental coordination chemistry of Mo (VI) at its macroconcentrations in solvent
extraction systems is of great importance for industrial processes that require the purification …

This work is a review of scientific research on the development of nuclear physics methods
and technologies for medicine. 1 The most relevant results, many of which are already used …

The advancement of Laser-Plasma Accelerators (LPA) requires systematic studies with ever
increasing precision and reproducibility. A key component of such a research endeavor is a …