Abstract
In-fuel physico-chemical processes and their effect on stress corrosion cracking of fuel element zirconium cladding are considered in the review. The mechanism of fission product release from the fuel is studied and the negative role of primarily iodine on the cladding corrosion process is demonstrated. Directions for improving the fuel element claddings and fuel to increase the fuel element serviceability are specified.
Citation Formats
Bibilashvili, Yu K, Nekrasova, G A, and Sukhanov, G I.
Influences of in-fuel physical-chemical processes on serviceability of energy reactor fuel elements.
USSR: N. p.,
1989.
Web.
Bibilashvili, Yu K, Nekrasova, G A, & Sukhanov, G I.
Influences of in-fuel physical-chemical processes on serviceability of energy reactor fuel elements.
USSR.
Bibilashvili, Yu K, Nekrasova, G A, and Sukhanov, G I.
1989.
"Influences of in-fuel physical-chemical processes on serviceability of energy reactor fuel elements."
USSR.
@misc{etde_5680045,
title = {Influences of in-fuel physical-chemical processes on serviceability of energy reactor fuel elements}
author = {Bibilashvili, Yu K, Nekrasova, G A, and Sukhanov, G I}
abstractNote = {In-fuel physico-chemical processes and their effect on stress corrosion cracking of fuel element zirconium cladding are considered in the review. The mechanism of fission product release from the fuel is studied and the negative role of primarily iodine on the cladding corrosion process is demonstrated. Directions for improving the fuel element claddings and fuel to increase the fuel element serviceability are specified.}
journal = []
volume = {1}
journal type = {AC}
place = {USSR}
year = {1989}
month = {Jan}
}
title = {Influences of in-fuel physical-chemical processes on serviceability of energy reactor fuel elements}
author = {Bibilashvili, Yu K, Nekrasova, G A, and Sukhanov, G I}
abstractNote = {In-fuel physico-chemical processes and their effect on stress corrosion cracking of fuel element zirconium cladding are considered in the review. The mechanism of fission product release from the fuel is studied and the negative role of primarily iodine on the cladding corrosion process is demonstrated. Directions for improving the fuel element claddings and fuel to increase the fuel element serviceability are specified.}
journal = []
volume = {1}
journal type = {AC}
place = {USSR}
year = {1989}
month = {Jan}
}