Papers

Peer-reviewed research and technical papers on radioactive waste management, disposal, and radiochemistry.

70 papers 24 on this page

Year All 2026

2026

A combined experimental and theoretical investigation on the recovery of palladium from nuclear waste solutions using phosphonate based solvents

doi.org

2026

Disposal of radioactive waste. Can it be done safely?

doi.org

2026

Dual-channel engineering of inorganic oxyhalide cathode for synergistic purification and resource recovery from radioactive wastewater

doi.org

2026

Investigation of Multi-parameter Synchronous Detection Technology for Radioactive Aerosols in Spent Fuel Dissolution Process

doi.org

2026

Functional polysaccharide-based biosorbents as efficient green alternatives for radionuclide removal from radioactive waste: a review

doi.org

2026

Zr4+ Substitution tuned the Radiation Tolerance: In-Situ Ion Irradiation Study on Amorphization Behavior and Mechanisms of Pyrochlore Glass-Ceramics for Nuclear Waste Forms

doi.org

2026

Trade-off between repository footprint and radiotoxicity in geological disposal of vitrified high-level waste from spent MOX fuels: quantitative assessment of simplified minor actinide separation

doi.org

2026

Activation analysis and radioactive waste assessment for COOL blanket in CFETR

doi.org

2026

How Factual Knowledge Reshapes the Determinants of Public Acceptance of High-Level Radioactive Waste Disposal Facilities: An Integrated Risk Perception and Theory of Planned Behavior Framework

doi.org

2026

Compton Scattering-Based Localization and Activity Reconstruction of Radioactive Sources in Low- and Intermediate-Level Waste Drums

doi.org

2026

Geant4-Based Radiological and Shielding Assessment of Plasma-Immobilized Intermediate-Level Radioactive Waste

doi.org

2026

Sulfide-doped SnO2/CF cathode for enhancing U(VI) reduction in a self-sustaining tandem photocatalytic fuel cell for complex radioactive wastewater treatment

doi.org

2026

Effect of Spinel Crystals on the Electrical Conductivity of RuO <sub>2</sub> ‐Bearing Nuclear Waste Glass Melts

doi.org US

2026

Local Coordination Environment in coupled Mn2+/Si4+ Substituted Gd3Fe5O12 Garnet: Application as a Waste Form for Intermediate-Level Nuclear Waste

doi.org

2026

Economic Assessment of Nuclear Waste Management for Sustainable Resource Allocation

doi.org

2026

Nanowires Reinforce Oriented Macroporous Aerogels for Rapid Uranium Removal from Acidic Radioactive Wastewater

doi.org

2026

A Review on Gas Tightness of Bentonite Barrier in Geological Repositories for High-Level Nuclear Waste

doi.org

2026

Validation of LVis for Correcting True Coincidence Summing and Density Effects in Gamma-ray Spectrometry of Concrete Radioactive Waste

doi.org

2026

Recoverable Millimeter-Sized Poly(ether-ether-ketone)-Based Adsorbent Beads with Multisite Complexation for Co2+/Ni2+ Removal from Radioactive Wastewater

doi.org

2026

Synergistic mechanism of heterojunction Prussian Blue Analogues for enhanced radioactive cesium decontamination in seawater

doi.org RU

2026

Matrices Based on Melted Perlite for the Immobilization of Liquid Radioactive Wastes

doi.org

2026

Basalt Melting with Inorganic Collectors Containing Simulators of Radioactive Wastes (Cs, Sr, La, Nd, Sm, Gd) as a Way to the Creation of Matrices for the Immobilization of Radioactive Elements

doi.org

2026

Healthcare Waste Management Practices in Hospitals—A Review

doi.org

2026

The paper compares the migration of radionuclides in the near field of a near-surface radioactive waste disposal facility (NSRWF) calculated using numerical models of different dimensionality (3D/2D/1D) and levels of detail. The required computational resources were also compared based on the number of mesh cells and the total simulation time. The study shows that switching from a detailed 3D model to a profile- ype 2D model, while maintaining the configuration detail of the compartment containi

doi.org