Strategic Objectives
• Master high-temperature metallurgical techniques for actinide management.
• Understand the shielding requirements for handling high-gamma emitters.
• Optimize electrorefining processes for maximum fuel purity.
• Navigate the complex thermodynamics of transmutation fuel alloys.
The Core Challenge
Standard uranium fabrication cannot handle the intense radiation and heat of minor actinides, creating a bottleneck in closed fuel cycles.
01
The Transmutation Paradigm
02
Minor Actinide Fundamentals
03
Introduction to Pyrochemical Processing
04
The Physics of Fast Neutron Reactors
05
Thermodynamics of Molten Salts
06
Electrorefining Principles
07
The Metallurgy of Plutonium
08
Remote Handling and Robotics
09
Fuel Pin Design and Geometry
10
Injection Casting Techniques
11
Cladding Materials and Compatibility
12
Phase Diagrams and Fuel Stability
13
Heat Transfer in Refabrication
14
Radiological Protection Standards
15
Fission Product Management
16
Advanced Zirconium Alloys
17
Americium Volatility and Capture
18
Quality Control and Non-Destructive Assay
19
Waste Form Development
20
Regulatory Frameworks and Safeguards
21