Similar Items: Hydrogen formation in metals and alloys during fusion reactor operation.
- A simplified method to estimate beryllium burn up in breeder blankets of a fusion reactor and its impact on a tritium breeding.
- Peaking factors of nuclear heating due to void ducts in the 80 percent SS-20 percent H2O shielding blanket of fusion experimental reactors.
- Unusual occurrences during LMFR operation.
- Theory of alloy phase formation.
- Radioactive effluents from candu 6 reactors during normal operation.
- Behavior of Hydrogen and Nitrogen in Tungsten, as Divertor Wall of a Fusion Reactor
Author: Zimin, Sergei
- A simplified method to estimate beryllium burn up in breeder blankets of a fusion reactor and its impact on a tritium breeding.
- Two-Dimensional over-all neutronics analysis of the iter device.
- Hydrogen formation in metals and alloys during fusion reactor operation.
- Shielding analysis of the ITER/EDA NBI duct.
- Peaking factors of nuclear heating due to void ducts in the 80 percent SS-20 percent H2O shielding blanket of fusion experimental reactors.
- Design study on a 1MeV, 12,5 MW neutral beam injector module for iter.
Author: Takatsu, Hideyuki
- Two-Dimensional over-all neutronics analysis of the iter device.
- Hydrogen formation in metals and alloys during fusion reactor operation.
- Shielding analysis of the ITER/EDA NBI duct.
- Peaking factors of nuclear heating due to void ducts in the 80 percent SS-20 percent H2O shielding blanket of fusion experimental reactors.
- Compatibility test of blanket structural materials with beryllium sphere in helium gas environment.
- Test program development for iter blanket design.