Abstract
Thermodynamic data are being determined for a number of compounds formed from specific fission products and reactor materials. The compounds selected for experimental study and critical assessment were chosen because their thermodynamic data were inadequate or did not exist, as assessed and recommended at a specialists` meeting. These data can be used in the appropriate computer code so that the speciation and transport properties of the fission products can be predicted during a severe reactor accident. Experimental studies have focussed on the vaporization of tellurium dioxide, caesium ruthenate, strontium borate and indium hydroxide. Critical evaluations have begun for a number of tellurides of importance in severe accident assessments, and preliminary analyses have been made of the Fe-Te, Ni-Te and Cr-Te systems. (author).
Ball, R G.J.;
Yates, A D;
[1]
Bowsher, B R;
Dickinson, S;
Freemantle, N E;
[2]
Day, T;
Ogden, J S
[3]
- AEA Reactor Services, Harwell (United Kingdom)
- AEA Reactor Services, Winfrith (United Kingdom)
- Southampton Univ. (United Kingdom). Dept. of Chemistry
Citation Formats
Ball, R G.J., Yates, A D, Bowsher, B R, Dickinson, S, Freemantle, N E, Day, T, and Ogden, J S.
Fission product thermodynamic data: technical progress report 1 January-30 June 1991.
United Kingdom: N. p.,
1991.
Web.
Ball, R G.J., Yates, A D, Bowsher, B R, Dickinson, S, Freemantle, N E, Day, T, & Ogden, J S.
Fission product thermodynamic data: technical progress report 1 January-30 June 1991.
United Kingdom.
Ball, R G.J., Yates, A D, Bowsher, B R, Dickinson, S, Freemantle, N E, Day, T, and Ogden, J S.
1991.
"Fission product thermodynamic data: technical progress report 1 January-30 June 1991."
United Kingdom.
@misc{etde_10138328,
title = {Fission product thermodynamic data: technical progress report 1 January-30 June 1991}
author = {Ball, R G.J., Yates, A D, Bowsher, B R, Dickinson, S, Freemantle, N E, Day, T, and Ogden, J S}
abstractNote = {Thermodynamic data are being determined for a number of compounds formed from specific fission products and reactor materials. The compounds selected for experimental study and critical assessment were chosen because their thermodynamic data were inadequate or did not exist, as assessed and recommended at a specialists` meeting. These data can be used in the appropriate computer code so that the speciation and transport properties of the fission products can be predicted during a severe reactor accident. Experimental studies have focussed on the vaporization of tellurium dioxide, caesium ruthenate, strontium borate and indium hydroxide. Critical evaluations have begun for a number of tellurides of importance in severe accident assessments, and preliminary analyses have been made of the Fe-Te, Ni-Te and Cr-Te systems. (author).}
place = {United Kingdom}
year = {1991}
month = {Jul}
}
title = {Fission product thermodynamic data: technical progress report 1 January-30 June 1991}
author = {Ball, R G.J., Yates, A D, Bowsher, B R, Dickinson, S, Freemantle, N E, Day, T, and Ogden, J S}
abstractNote = {Thermodynamic data are being determined for a number of compounds formed from specific fission products and reactor materials. The compounds selected for experimental study and critical assessment were chosen because their thermodynamic data were inadequate or did not exist, as assessed and recommended at a specialists` meeting. These data can be used in the appropriate computer code so that the speciation and transport properties of the fission products can be predicted during a severe reactor accident. Experimental studies have focussed on the vaporization of tellurium dioxide, caesium ruthenate, strontium borate and indium hydroxide. Critical evaluations have begun for a number of tellurides of importance in severe accident assessments, and preliminary analyses have been made of the Fe-Te, Ni-Te and Cr-Te systems. (author).}
place = {United Kingdom}
year = {1991}
month = {Jul}
}