This review focuses on the latest development of microseparation electromigration methods
in capillaries and microfluidic devices coupled with MS for detection and identification of …

The toxicity of elements largely depends on their chemical forms. Therefore, the elemental
speciation analysis is of great importance and a hot topic in environmental science and …

Abstract Iron (Fe)-modified biochar, a renewable amendment that synthetizes the functions
of biochar and Fe materials, demonstrates a potential to remediate arsenic (As) …

Tandem inductively coupled plasma mass spectrometry (ICP-MS/MS) has demonstrated
effective online removal of interferences for a number of medium and long-lived …

The solubility and redox behavior of hydrous Pu (IV) oxide was comprehensively
investigated by an experimental multi-method approach as a function of different redox …

An environmentally friendly and highly efficient gas pressure-assisted sample introduction
system (GPASIS) was developed for inductively-coupled plasma mass spectrometry. A …

This chapter discusses key aspects related to the assessment of the environmental impact of
plutonium, such as sources, speciation, and underlying processes important for ecosystem …

A novel dual-emitting fluorescence probe is developed for rapid and ultrasensitive detection
of Fe3+. The nanoprobe is prepared by coating CdSe semiconductor quantum dots (SQDs) …

Precise isotopic and elemental characterization of spent nuclear fuel is a major concern for
the validation of the neutronic calculation codes and waste management strategy in the …

Decommissioning and monitoring around nuclear sites presents challenges with regards to
the range of sample matrices and radionuclides that must be accurately characterised. Over …