Development of a gas layer to mitigate cavitation damage in liquid mercury spallation targets

D Felde, B Riemer, M Wendel - Journal of nuclear materials, 2008 - Elsevier
Establishment of a gas layer between the flowing liquid and container wall is proposed for
mitigating the effects of cavitation in mercury spallation targets. Previous work has shown an …
被引用次数：11 相关文章

Development of a gas layer to mitigate cavitation damage in liquid mercury spallation targets

D Felde, B Riemer, M Wendel - Journal of Nuclear Materials, 2008 - infona.pl
Establishment of a gas layer between the flowing liquid and container wall is proposed for
mitigating the effects of cavitation in mercury spallation targets. Previous work has shown an …

Development of a gas layer to mitigate cavitation damage in liquid mercury spallation targets

D Felde, B Riemer, M Wendel - Journal of Nuclear Materials, 2008 - ui.adsabs.harvard.edu
Establishment of a gas layer between the flowing liquid and container wall is proposed for
mitigating the effects of cavitation in mercury spallation targets. Previous work has shown an …

Development of a gas layer to mitigate cavitation damage in liquid mercury spallation targets

DK Felde, MW Wendel, B Riemer - 2008 - osti.gov
Establish of a gas layer between the flowing liquid and container wall is proposed for
mitigating the effects of cavitation in mercury spallation targets. Previous work has shown an …

[引用][C] Development of a gas layer to mitigate cavitation damage in liquid mercury spallation targets

D FELDE, B RIEMER… - Journal of nuclear …, 2008 - pascal-francis.inist.fr
Development of a gas layer to mitigate cavitation damage in liquid mercury spallation
targets CNRS Inist Pascal-Francis CNRS Pascal and Francis Bibliographic Databases …

Development of a gas layer to mitigate cavitation damage in liquid mercury spallation targets...

DK Felde, MW Wendel, BW Riemer - ornl.gov
Establish of a gas layer between the flowing liquid and container wall is proposed for
mitigating the effects of cavitation in mercury spallation targets. Previous work has shown an …
[PDF] academia.edu

[PDF][PDF] Development of a gas layer to mitigate cavitation damage in liquid mercury spallation targets

D Felde, B Riemer, M Wendel - Journal of Nuclear Materials, 2008 - academia.edu
abstract Establishment of a gas layer between the flowing liquid and container wall is
proposed for mitigating the effects of cavitation in mercury spallation targets. Previous work …

Development of a gas layer to mitigate cavitation damage in liquid mercury spallation targets

DK Felde, MW Wendel, B Riemer - 2008 - inis.iaea.org
[en] Establishment of a gas layer between the flowing liquid and container wall is proposed
for mitigating the effects of cavitation in mercury spallation targets. Previous work has shown …

Development of a gas layer to mitigate cavitation damage in liquid mercury spallation targets

D Felde, B Riemer, M Wendel - Journal of Nuclear Materials, 2008 - osti.gov
Establishment of a gas layer between the flowing liquid and container wall is proposed for
mitigating the effects of cavitation in mercury spallation targets. Previous work has shown an …

Development of a gas layer to mitigate cavitation damage in liquid mercury spallation targets

D Felde, B Riemer, M Wendel - Journal of Nuclear Materials, 2008 - inis.iaea.org
[en] Establishment of a gas layer between the flowing liquid and container wall is proposed
for mitigating the effects of cavitation in mercury spallation targets. Previous work has shown …