Abstract
Graphite, a class of materials with many unique and unusual properties, shows a remarkably high creep ductility under irradiation. As this behaviour compensates to some extent some of the more worrying radiation effects, such as dimensional changes and their strong temperature dependence, it is a property of large technological interest. There are various ways of observing and measuring in-pile creep of graphite, varying in degree of sophistication and in cost, in accuracy and in the type of data that is generated. This paper attempts to review briefly the various experimental methods, and the knowledge generated so far. An indication is given of the areas in which further knowledge is wanted.
Blackstone, R
[1]
- Commission of the European Communities, Petten (Netherlands). Joint Nuclear Research Center
Citation Formats
Blackstone, R.
Radiation creep of graphite. An introduction.
Netherlands: N. p.,
1977.
Web.
Blackstone, R.
Radiation creep of graphite. An introduction.
Netherlands.
Blackstone, R.
1977.
"Radiation creep of graphite. An introduction."
Netherlands.
@misc{etde_7220018,
title = {Radiation creep of graphite. An introduction}
author = {Blackstone, R}
abstractNote = {Graphite, a class of materials with many unique and unusual properties, shows a remarkably high creep ductility under irradiation. As this behaviour compensates to some extent some of the more worrying radiation effects, such as dimensional changes and their strong temperature dependence, it is a property of large technological interest. There are various ways of observing and measuring in-pile creep of graphite, varying in degree of sophistication and in cost, in accuracy and in the type of data that is generated. This paper attempts to review briefly the various experimental methods, and the knowledge generated so far. An indication is given of the areas in which further knowledge is wanted.}
journal = []
volume = {65:1}
place = {Netherlands}
year = {1977}
month = {Mar}
}
title = {Radiation creep of graphite. An introduction}
author = {Blackstone, R}
abstractNote = {Graphite, a class of materials with many unique and unusual properties, shows a remarkably high creep ductility under irradiation. As this behaviour compensates to some extent some of the more worrying radiation effects, such as dimensional changes and their strong temperature dependence, it is a property of large technological interest. There are various ways of observing and measuring in-pile creep of graphite, varying in degree of sophistication and in cost, in accuracy and in the type of data that is generated. This paper attempts to review briefly the various experimental methods, and the knowledge generated so far. An indication is given of the areas in which further knowledge is wanted.}
journal = []
volume = {65:1}
place = {Netherlands}
year = {1977}
month = {Mar}
}