The COVID-19 pandemic is in transition. It may pass or may define a “new normal” over a
variable period and might force us to turn our united and undivided attention as a global …

The survey considers radionuclides emitting short-range particles. Methods for the
production of most promising $\alpha $-and Auger electron emitters and their applications in …

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 …

Technetium-99m generators employing a technetium-selective stationary phase are a
chromatographic instrument developed for use with 99 Mo having low specific activity (LSA); …

Abstract 99 Mo photonuclear yield was measured using high-energy electrons from Laser
Plasma Accelerators and natural molybdenum. Spectroscopically resolved electron beams …

This paper discusses the benefits of obtaining 99mTc from non–fission reactor–produced
low-specific-activity 99Mo. This scenario is based on establishing a diversified chain of …

Introduction: Current fission-based methods of 99Mo production use targets that are based
on high output without taking into consideration the amount of radioactive waste produced …

This paper is part of the ongoing efforts to contribute to the thermal-hydraulic analysis of one
of the most promising alternatives to produce medical isotopes and meeting current and …

The neutron irradiation of molybdenum hexacarbonyl has been systematically studied to
identify possible improvements for the production of molybdenum-99. After irradiation, the …

Radionuclide generators continue to play a significant role in determining the focus of
clinical nuclear medicine to the current pivotal level in contemporary diagnostic imaging …