The objectives of this program are to: (1) conduct static and dynamic tests to demonstrate or determine the mechanical performance of full-size (cross section) FFTF fuel transfer machine and reactor vessel head seals intended for use in a sodium vapor-inert gas environment, (2) demonstrate that these FFTF seals or new seal configurations provide acceptable fission product and cover gas retention capabilities at Clinch River Breeder Reactor Plant (CRBRP) operating environmental conditions other than radiation, and (3) develop improved seals and seal technology for the CRBRP to support the national objective to reduce all atmospheric contaminations to low levels
A general description of the FFTF is presented concerning the construction progress; status of start...
Lecturepg. 31Dual mechanical seals are operated on pressurized barrier fluid systems when the pump p...
Identification of a set of governing physico-mechanical properties for inflatable seals of Prototype...
The objectives of the general seal test program are to: (1) conduct static and dynamic tests to demo...
The objectives of this program are to: (1) conduct static and dynamic tests to demonstrate or determ...
The objectives of the general seal test program are to: (1) conduct static and dynamic tests to demo...
Activities described include demonstrating the performance of the FFTF Instrument Tree Inflatable Se...
Current activities include providing CRBRP design information based on tests of the IVHM Inflatable ...
The objectives of the Cover Gas Seal Component test program are to develop and demonstrate the perfo...
Current activities include providing CRBRP design information based on tests of the IVHM Inflatable ...
Estimation and stipulation of allowable leakage for inflatable seals of 500 MWe Prototype Fast Breed...
The fuel handling system and reactor rotating plugs for the Clinch River Breeder Reactor Plant (CRBR...
International audienceIn the framework of the ASTRID (Advanced Sodium Technological Reactor for Indu...
The development of a fluorohydrocarbon rubber compound for static backup seals of 500 MWe, Prototype...
Design optimization of static, fluoroelastomer backup seals for the 500 MWe, Prototype Fast Breeder ...
A general description of the FFTF is presented concerning the construction progress; status of start...
Lecturepg. 31Dual mechanical seals are operated on pressurized barrier fluid systems when the pump p...
Identification of a set of governing physico-mechanical properties for inflatable seals of Prototype...
The objectives of the general seal test program are to: (1) conduct static and dynamic tests to demo...
The objectives of this program are to: (1) conduct static and dynamic tests to demonstrate or determ...
The objectives of the general seal test program are to: (1) conduct static and dynamic tests to demo...
Activities described include demonstrating the performance of the FFTF Instrument Tree Inflatable Se...
Current activities include providing CRBRP design information based on tests of the IVHM Inflatable ...
The objectives of the Cover Gas Seal Component test program are to develop and demonstrate the perfo...
Current activities include providing CRBRP design information based on tests of the IVHM Inflatable ...
Estimation and stipulation of allowable leakage for inflatable seals of 500 MWe Prototype Fast Breed...
The fuel handling system and reactor rotating plugs for the Clinch River Breeder Reactor Plant (CRBR...
International audienceIn the framework of the ASTRID (Advanced Sodium Technological Reactor for Indu...
The development of a fluorohydrocarbon rubber compound for static backup seals of 500 MWe, Prototype...
Design optimization of static, fluoroelastomer backup seals for the 500 MWe, Prototype Fast Breeder ...
A general description of the FFTF is presented concerning the construction progress; status of start...
Lecturepg. 31Dual mechanical seals are operated on pressurized barrier fluid systems when the pump p...
Identification of a set of governing physico-mechanical properties for inflatable seals of Prototype...