The level of nuclear plant radiation exposure due to activated cobalt wear debris could potentially be reduced by covering the cobalt-base materials with a wear resistant coating. Laboratory pin-on-disc and rolling contact wear tests were used to evaluate the wear performance of several coatings. Based on the results of these tests, multilayer Cr-nitride coatings and ion nitriding are the most promising approaches
Cobalt-chromium alloys find usage in environments where reliable wear and friction properties are re...
Currently, attempts are made to develop hardfacing cobalt-free alloys for coating the contact areas ...
The degradation of materials, connected to ageing and wear, can be limited by suitable treatments ai...
The costs and hazards resulting from nuclear plant radiation exposure with activated cobalt wear deb...
One potential approach for reducing the level of nuclear plant radiation exposure that results from ...
The study of the wear behaviour of cobalt based alloys in nuclear reactor environmental conditions i...
Safety is the most important factor in the design of nuclear reactors. The impact of the high temper...
ISBN : 978-1-5108-5000-2International audienceIn this article, we present the ongoing study concerni...
Surface mechanical strength of chromium base (electrolytic and plasma sprayed) coatings is studied f...
In the nuclear sector, ceramic coatings can be applied to reactor components such as bearings and bo...
The nuclear industry has used hard chromium plate for many years but is seeking alternatives, due to...
International audienceThe feedback produced by operating Sodium-cooled Fast Reactors (SFRs) has show...
Hard chromium plate (HCP) has been the wear resistant coating of choice in the nuclear industry for ...
The development of cobalt molybdenum and cobalt tungsten brush plating electrolytes is described. Th...
Chromium nitride based coatings were produced in the form of monolithic and multilayer coatings, by ...
Cobalt-chromium alloys find usage in environments where reliable wear and friction properties are re...
Currently, attempts are made to develop hardfacing cobalt-free alloys for coating the contact areas ...
The degradation of materials, connected to ageing and wear, can be limited by suitable treatments ai...
The costs and hazards resulting from nuclear plant radiation exposure with activated cobalt wear deb...
One potential approach for reducing the level of nuclear plant radiation exposure that results from ...
The study of the wear behaviour of cobalt based alloys in nuclear reactor environmental conditions i...
Safety is the most important factor in the design of nuclear reactors. The impact of the high temper...
ISBN : 978-1-5108-5000-2International audienceIn this article, we present the ongoing study concerni...
Surface mechanical strength of chromium base (electrolytic and plasma sprayed) coatings is studied f...
In the nuclear sector, ceramic coatings can be applied to reactor components such as bearings and bo...
The nuclear industry has used hard chromium plate for many years but is seeking alternatives, due to...
International audienceThe feedback produced by operating Sodium-cooled Fast Reactors (SFRs) has show...
Hard chromium plate (HCP) has been the wear resistant coating of choice in the nuclear industry for ...
The development of cobalt molybdenum and cobalt tungsten brush plating electrolytes is described. Th...
Chromium nitride based coatings were produced in the form of monolithic and multilayer coatings, by ...
Cobalt-chromium alloys find usage in environments where reliable wear and friction properties are re...
Currently, attempts are made to develop hardfacing cobalt-free alloys for coating the contact areas ...
The degradation of materials, connected to ageing and wear, can be limited by suitable treatments ai...