The following topics are discussed: (1) primary sodium pump design concept; (2) pump level control system; (3) resolution of design problems in stress analysis, dynamics analysis, and mechanical design; (4) model testing; (5) planned performance tests; and (6) fabrication status. (DG
AbstractThe design of Prototype Gen-IV Sodium-Cooled Fast Reactor (PGSFR) has been developed and the...
Generator IV and other nuclear fast reactors have historically used liquid sodium as a coolant. The ...
The linear annular induction electromagnetic (EM) pump was designed for the purpose of transporting ...
The study defines a program for the development of large sodium pamps for use with sodium cooled rea...
A review is presented of the current status of sodium pump development as related to nuclear power a...
209-214Liquid sodium is a good electrical conductor and this property enables utilization of electro...
A number of design problems arise with liquid metal pumps (especially for sodium), which are mainly ...
e linear annular magnetohydrodynamic (MHD) pump was designed for the purpose of transporting the ele...
Since the first nuclear reactor first critical, nuclear systems has gone through four generations of...
The fuel handling system and reactor rotating plugs for the Clinch River Breeder Reactor Plant (CRBR...
Protection against intermediate sodium system overpressure from the sodium/water reaction associated...
One of the goals of Generation IV reactors is to increase safety from those of previous generations....
Tutorialpg. 119This tutorial discusses hydraulic and mechanical issues that are of primary importanc...
Alkali liquid metal cooled fission reactor concepts are under development for mid-range spaceflight ...
The objective of the small-scale group of tests is to demonstrate that sodium will drain from the su...
AbstractThe design of Prototype Gen-IV Sodium-Cooled Fast Reactor (PGSFR) has been developed and the...
Generator IV and other nuclear fast reactors have historically used liquid sodium as a coolant. The ...
The linear annular induction electromagnetic (EM) pump was designed for the purpose of transporting ...
The study defines a program for the development of large sodium pamps for use with sodium cooled rea...
A review is presented of the current status of sodium pump development as related to nuclear power a...
209-214Liquid sodium is a good electrical conductor and this property enables utilization of electro...
A number of design problems arise with liquid metal pumps (especially for sodium), which are mainly ...
e linear annular magnetohydrodynamic (MHD) pump was designed for the purpose of transporting the ele...
Since the first nuclear reactor first critical, nuclear systems has gone through four generations of...
The fuel handling system and reactor rotating plugs for the Clinch River Breeder Reactor Plant (CRBR...
Protection against intermediate sodium system overpressure from the sodium/water reaction associated...
One of the goals of Generation IV reactors is to increase safety from those of previous generations....
Tutorialpg. 119This tutorial discusses hydraulic and mechanical issues that are of primary importanc...
Alkali liquid metal cooled fission reactor concepts are under development for mid-range spaceflight ...
The objective of the small-scale group of tests is to demonstrate that sodium will drain from the su...
AbstractThe design of Prototype Gen-IV Sodium-Cooled Fast Reactor (PGSFR) has been developed and the...
Generator IV and other nuclear fast reactors have historically used liquid sodium as a coolant. The ...
The linear annular induction electromagnetic (EM) pump was designed for the purpose of transporting ...
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