Studies of Fast Reactor Fuel Element Behavior Under Transient Heating to Failure PDF Download
Are you looking for read ebook online? Search for your book and save it on your Kindle device, PC, phones or tablets. Download Studies of Fast Reactor Fuel Element Behavior Under Transient Heating to Failure PDF full book. Access full book title Studies of Fast Reactor Fuel Element Behavior Under Transient Heating to Failure by C. E Dickerman. Download full books in PDF and EPUB format.
Author: C. E Dickerman Publisher: ISBN: Category : Breeder reactors Languages : en Pages : 52
Book Description
The in-pile experimental survey reported here is one undertaken on uranium dioxide fuel samples as an extension of previous tests in the Transient Reactor Test Facility (TREAT) on metallic, fast-reactor fuel samples. Oxide test specimens were pseudo-EBR-II elements that were clad with EBR-II cladding thickness, of EBR-II fuel length, and thermally bonded to cladding with inert gas (rather than sodium). Samples were exposed to transient power bursts of the order of 0.5-sec. duration, in the absence of coolant, with production of heating rates up to the order of 4000 degrees C/sec. Radial temperature profiles in the fuel during power bursts were estimated to be comparatively uniform. Cladding temperature lagged behind the fuel temperature, thermal equilibrium between fuel and clad being reached about 2 sec. after the peak of the power pulse. Sample cooling was predominantly by thermal radiation.
Author: C. E Dickerman Publisher: ISBN: Category : Breeder reactors Languages : en Pages : 52
Book Description
The in-pile experimental survey reported here is one undertaken on uranium dioxide fuel samples as an extension of previous tests in the Transient Reactor Test Facility (TREAT) on metallic, fast-reactor fuel samples. Oxide test specimens were pseudo-EBR-II elements that were clad with EBR-II cladding thickness, of EBR-II fuel length, and thermally bonded to cladding with inert gas (rather than sodium). Samples were exposed to transient power bursts of the order of 0.5-sec. duration, in the absence of coolant, with production of heating rates up to the order of 4000 degrees C/sec. Radial temperature profiles in the fuel during power bursts were estimated to be comparatively uniform. Cladding temperature lagged behind the fuel temperature, thermal equilibrium between fuel and clad being reached about 2 sec. after the peak of the power pulse. Sample cooling was predominantly by thermal radiation.
Author: C. E Dickerman
Author: 
Author: C. E Dickerman
Author: 
Author: 
Author: R. R. Stewart
Author: United States. Congress. Joint Committee on Atomic Energy
Author: 
Author: 
Author: 
Author: