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Publications by Tomoyuki SUGIYAMA

Fission Gas Release in Irradiated UO2Fuel at Burnup of 45 GWd/t During Simulated Reactivity Initiated Accident (RIA) Condition

Journal of Nuclear Science and Technology
High Energy PhysicsNuclearEngineeringNuclear Energy
2004English

Optimized Ring Tensile Test Method and Hydrogen Effect on Mechanical Properties of Zircaloy Cladding in Hoop Direction

Journal of Nuclear Science and Technology
High Energy PhysicsNuclearEngineeringNuclear Energy
2009English

Related publications

Reactivity Initiated Accident Test Series RIA Scoping Test Experiment Operating Specification

1978English

Melting Temperature of Irradiated UO2and UO2-2wt%Gd2O3Fuel Pellets Up to Burnup of About 30 GWd/tU

Journal of Nuclear Science and Technology
High Energy PhysicsNuclearEngineeringNuclear Energy
1988English

Transient Cooling Process of Fuel Rod in Reactivity Initiated Accident.

Journal of Nuclear Science and Technology
High Energy PhysicsNuclearEngineeringNuclear Energy
1980English

Irradiated Behavior at High Burnup for HiFi Alloy

Journal of Nuclear Science and Technology
High Energy PhysicsNuclearEngineeringNuclear Energy
2006English

Behavior of Fission Products Zirconium and Barium in Fast Reactor Fuel Irradiated to High Burnup

Journal of Nuclear Science and Technology
High Energy PhysicsNuclearEngineeringNuclear Energy
1999English

Fuel Behavior in Simulated RIA Under High Pressure and Temperature Coolant Condition

Journal of Nuclear Science and Technology
High Energy PhysicsNuclearEngineeringNuclear Energy
1993English

Transient Elongation of a Fresh Fuel Rod Under Reactivity Initiated Accident Conditions.

Journal of Nuclear Science and Technology
High Energy PhysicsNuclearEngineeringNuclear Energy
1996English

Fission-Gas Release From Nuclear Fuels, (I)

Journal of the Atomic Energy Society of Japan / Atomic Energy Society of Japan
1965English

Thermomechanical Loading Applied on the Cladding Tube During the Pellet Cladding Mechanical Interaction Phase of a Rapid Reactivity Initiated Accident

Journal of Nuclear Materials
High Energy PhysicsMaterials ScienceEngineeringNuclear EnergyNuclear
2014English

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