Within ongoing work, Canada's Nuclear Waste Management Organization (NWMO) is demonstrating that copper coatings can be developed as viable corrosion barriers for used fuel nuclear containers, emplaced in a deep geological repository. As a means of assessing container design and feasibility, coated samples, manufactured via cold spray and electro-deposition have been produced and characterised. Corrosion testing for coated samples and wrought samples reveals that cold spray samples behave similar to wrought samples in 3 mol L21NaCl solution at room temperature. When oxygen is absent, corrosion has not been observed.Peer reviewed: YesNRC publication: Ye
Containment of spent nuclear fuel and vitrified forms of high level nuclear waste require use of mat...
Metallic engineered barriers must provide a period of absolute containment to high-level radioactive...
The current plan for disposal of used nuclear fuel in Canada involves sealing the waste in steel con...
demonstrating that copper coatings can be developed as viable corrosion barriers for used fuel nucle...
Recently, the Nuclear Waste Management Organization has been developing copper coatings as a method ...
The Nuclear Waste Management Organization has proposed a deep geological repository solution for the...
The Nuclear Waste Management Organization (NWMO) was established in 2002 under the Nuclear Fuel Wast...
<p>The Nuclear Waste Management Organization is evaluating the safety and feasibility of the permane...
AbstractThe preferred method for disposal of used nuclear fuel is underground emplacement in a Deep ...
AbstractThe corrosion of high level nuclear waste containers under permanent disposal conditions can...
Canada’s plan for the long-term disposal of nuclear waste fuel is an approach called Adaptive Phased...
Spent nuclear fuel in Finland and Sweden will be disposed in deposition holes excavated in granitic ...
To ensure the safe disposal of spent fuel in Sweden, SKB is planning to use the copper-iron canister...
The present management scenario for the permanent disposal of high level nuclear waste in Canada is ...
The Nuclear Waste Management Organization (NWMO) is developing an approach for the permanent geologi...
Containment of spent nuclear fuel and vitrified forms of high level nuclear waste require use of mat...
Metallic engineered barriers must provide a period of absolute containment to high-level radioactive...
The current plan for disposal of used nuclear fuel in Canada involves sealing the waste in steel con...
demonstrating that copper coatings can be developed as viable corrosion barriers for used fuel nucle...
Recently, the Nuclear Waste Management Organization has been developing copper coatings as a method ...
The Nuclear Waste Management Organization has proposed a deep geological repository solution for the...
The Nuclear Waste Management Organization (NWMO) was established in 2002 under the Nuclear Fuel Wast...
<p>The Nuclear Waste Management Organization is evaluating the safety and feasibility of the permane...
AbstractThe preferred method for disposal of used nuclear fuel is underground emplacement in a Deep ...
AbstractThe corrosion of high level nuclear waste containers under permanent disposal conditions can...
Canada’s plan for the long-term disposal of nuclear waste fuel is an approach called Adaptive Phased...
Spent nuclear fuel in Finland and Sweden will be disposed in deposition holes excavated in granitic ...
To ensure the safe disposal of spent fuel in Sweden, SKB is planning to use the copper-iron canister...
The present management scenario for the permanent disposal of high level nuclear waste in Canada is ...
The Nuclear Waste Management Organization (NWMO) is developing an approach for the permanent geologi...
Containment of spent nuclear fuel and vitrified forms of high level nuclear waste require use of mat...
Metallic engineered barriers must provide a period of absolute containment to high-level radioactive...
The current plan for disposal of used nuclear fuel in Canada involves sealing the waste in steel con...