Membrane assisted liquid extraction(MALE) technologies are gaining an important role as an extraction /separation technique for actinides and are being deployed as a  promising tool for remediation of nuclear waste generated in the reprocessing plant and other radioactive wastes containing a trace level of radionuclides. The present contribution outlines the classification of membrane assisted ...

Biomolecules targets with radioactive nuclides and metallic nanoparticles currently are very use in practices nuclear medicine and general medicine for diagnostic and therapeutic diseases. The investigations new drugs to need go in the direction to obtain personality doses with minimum amount of drug to utilize for not induce adverse effects. Currently is very important know respect new techniq...

After the discovery of the cosmic radiation in the 1910’s, Grosse (1934) was the first who suggested that the cosmic radiation could produce radioactive nuclides at the surface of the Earth. The next step towards the utilisation of cosmogenic nuclides in earth sciences was the discovery of Libby (Libby et al. 1949) in the late 1940s: during its interaction with the atmosphere, cosmic radiation ...

Abstract Cascade nuclides emit two or more gamma rays successively through an intermediate state. The coincidence detection of cascade provides several advantages in gamma-ray imaging. In this review article, three applications the double photon method are reviewed. Double-photon emission imaging with mechanical collimators and Compton double-photon can identify radioactive source positions the...

Radioactive nuclides in the incinerator ashes of municipal solid wastes were determined by γ-ray spectrometry before and after the accident at the Fukushima nuclear power plant (March 11, 2011). Incinerator ash samples were collected in northern Kyushu, Japan, which is located approximately 1200 km west-southwest (WSW) of the Fukushima nuclear power plant, from April 2006 to March 2007 and from...