Abstract
A comparison is made of key parameters for multi-recycle pebbles and single-pass once-through (OTTO) pebbles. The parameters analyzed include heat transfer characteristics with burn-up, temperature profiles, power per element as a function of axial position in the core, and burn-up. For the OTTO-scheme, the comparisons addressed the use of the conventional fuel element and the advanced "shell ball" designed to reduce the peak fuel temperature in the center of the fuel element. All studies addressed the uranium-thorium fuel cycle.
Citation Formats
Teuchert, E., and Maly, V.
Loads on pebble bed fuel elements.
NEA: N. p.,
1974.
Web.
Teuchert, E., & Maly, V.
Loads on pebble bed fuel elements.
NEA.
Teuchert, E., and Maly, V.
1974.
"Loads on pebble bed fuel elements."
NEA.
@misc{etde_1351902,
title = {Loads on pebble bed fuel elements}
author = {Teuchert, E., and Maly, V.}
abstractNote = {A comparison is made of key parameters for multi-recycle pebbles and single-pass once-through (OTTO) pebbles. The parameters analyzed include heat transfer characteristics with burn-up, temperature profiles, power per element as a function of axial position in the core, and burn-up. For the OTTO-scheme, the comparisons addressed the use of the conventional fuel element and the advanced "shell ball" designed to reduce the peak fuel temperature in the center of the fuel element. All studies addressed the uranium-thorium fuel cycle.}
place = {NEA}
year = {1974}
month = {Mar}
}
title = {Loads on pebble bed fuel elements}
author = {Teuchert, E., and Maly, V.}
abstractNote = {A comparison is made of key parameters for multi-recycle pebbles and single-pass once-through (OTTO) pebbles. The parameters analyzed include heat transfer characteristics with burn-up, temperature profiles, power per element as a function of axial position in the core, and burn-up. For the OTTO-scheme, the comparisons addressed the use of the conventional fuel element and the advanced "shell ball" designed to reduce the peak fuel temperature in the center of the fuel element. All studies addressed the uranium-thorium fuel cycle.}
place = {NEA}
year = {1974}
month = {Mar}
}