Similar Items: Application of the integral method to modelling the oxidation of defected fuel elements.
- Modelling the oxidation of defected fuel elements.
- Near-field mass transport from a point source [instantaneously failed container] located in a disposal room.
- Theoretical fuel element modelling at CNEA
- Theoretical fuel element modelling AT CNEA
- Validation of the oxidative dissolution model for used CANDU fuel.
- Electromagnetic modeling by finite element methods.
Author: Kolár, Miroslav
- Near-field mass transport from a point source [instantaneously failed container] located in a disposal room.
- Application of the integral method to modelling the oxidation of defected fuel elements.
- Estimating the lifetimes of titanium containers for nuclear fuel waste: a damage function for the crevice corrosion of grade2 titanium.
- Mechanistic modelling of the corrosion behaviour of copper nuclear fuel waste containers.
- Modelling the effects of porous and semipermeable layers on corrosion processes.
- Radionuclide response functions for the convectiondispersion equation from a point source along the axis of nested cylindrical media.
Author: Atomic Energy of Canada Limited^pCA
- Efficiency of control rods as a function of their position in a cylindrical pile in the one group picture.
- The atomic energy programme in Canada.
- A potentiodynamic study of the reduction of oxygen on copper.
- A potentiostatic study of the reduction of oxygen on copper in 1 mol·dm3 NaCl.
- Heavy water: A distinctive and essential component of CANDU.
- An analytic study of the injection steering magnet for the TASCC cyclotron.