Study level
BAC +4
ECTS
2 credits
Component
Faculty of Science
Description
A general approach to containment materials will be developed during this teaching unit, covering the properties required for use, the different classes of containment matrices and the associated synthesis methods. Structure-property relationships in relation to the containment of radionuclides and/or toxic chemical elements will also be described. Materials covered will include glass, glass-ceramics and ceramics.
Hourly volumes* :
CM: 12h
TD : 8h
Objectives
The objective of this teaching unit is to understand the approaches used to define, develop and characterize materials (glass, vitroceramic, ceramic, hydraulic binders) intended for the confinement of radionuclides and/or toxic chemical elements.
Necessary prerequisites
Basics of radioactivity
Solution chemistry applied to actinides
Advanced inorganic materials
Knowledge control
Final inspection
Syllabus
- Desired usage properties and associated constraints:
- - Containment of radionuclides and chemical toxins (glass, glass-ceramics, ceramics, hydraulic binders)
- - Separation/sorting of radioelements by crystallization/precipitation operations
- Classes of materials and synthesis routes in nuclear environment:
- - Glass (borosilicate, phosphate, aluminosilicate, etc.)
- - Ceramic materials
- - Hydraulic binders
- Relationships between solid structures and expected properties (case studies):
- - Formulations of glasses and ceramics in relation to waste streams (radioactive, toxic, etc.)
- - Formulations of hydraulic binders for saline waste streams (sulfates, nitrates, etc.)
Further information
Administrative contact(s): Master of Chemistry secretariat