Results of uranium carbide sintering using a spark plasma sintering facility are presented here. The initial uranium carbide powder is produce from thermal decomposition of a citric acid and uranium nitrate mixture. The study shows that spark plasma sintering is a very efficient compaction tool for uranium carbide material (95% theoretical density at 1700°C with a 10 min dwell time and 100 MPa of applied pressure) for the most sinter-active powder (produced at 1200°C).JRC.G.I.3-Nuclear Fuel Safet
Mixed (U, Pu) carbides are potential candidate fuels for future IV th generation reactor systems bec...
Mixed (U, Pu) carbides are potential candidate fuels for future IV th generation reactor systems bec...
The preparation of uranium carbide (UC) by carbothermal reduction and its sintering into dense pelle...
AbstractResults of uranium carbide sintering using a spark plasma sintering facility are presented h...
Results of uranium carbide sintering using a spark plasma sintering facility are presented here. The...
Results of uranium carbide sintering using a spark plasma sintering facility are presented here. The...
Results of uranium carbide sintering using a spark plasma sintering facility are presented here. The...
Results of uranium carbide sintering using a spark plasma sintering facility are presented here. The...
Results of uranium carbide sintering using a spark plasma sintering facility are presented here. The...
AbstractResults of uranium carbide sintering using a spark plasma sintering facility are presented h...
uranium carbide, uranium metal is converted to uranium hydride powder and then carburized using prop...
The preparation of uranium carbide (UC) by carbothermal reduction and its sintering into dense pelle...
AbstractThe preparation of uranium carbide (UC) by carbothermal reduction and its sintering into den...
Spark Plasma Sintering (SPS) is an emerging technique that enables the synthesis samples with unique...
Cold pressed UC{sup 2} fuel compacts are sintered at temperatures greater than about 1850 C while in...
Mixed (U, Pu) carbides are potential candidate fuels for future IV th generation reactor systems bec...
Mixed (U, Pu) carbides are potential candidate fuels for future IV th generation reactor systems bec...
The preparation of uranium carbide (UC) by carbothermal reduction and its sintering into dense pelle...
AbstractResults of uranium carbide sintering using a spark plasma sintering facility are presented h...
Results of uranium carbide sintering using a spark plasma sintering facility are presented here. The...
Results of uranium carbide sintering using a spark plasma sintering facility are presented here. The...
Results of uranium carbide sintering using a spark plasma sintering facility are presented here. The...
Results of uranium carbide sintering using a spark plasma sintering facility are presented here. The...
Results of uranium carbide sintering using a spark plasma sintering facility are presented here. The...
AbstractResults of uranium carbide sintering using a spark plasma sintering facility are presented h...
uranium carbide, uranium metal is converted to uranium hydride powder and then carburized using prop...
The preparation of uranium carbide (UC) by carbothermal reduction and its sintering into dense pelle...
AbstractThe preparation of uranium carbide (UC) by carbothermal reduction and its sintering into den...
Spark Plasma Sintering (SPS) is an emerging technique that enables the synthesis samples with unique...
Cold pressed UC{sup 2} fuel compacts are sintered at temperatures greater than about 1850 C while in...
Mixed (U, Pu) carbides are potential candidate fuels for future IV th generation reactor systems bec...
Mixed (U, Pu) carbides are potential candidate fuels for future IV th generation reactor systems bec...
The preparation of uranium carbide (UC) by carbothermal reduction and its sintering into dense pelle...