Experiment Assembly and Testing in Hot Cell in Support of Advanced Fuels Irradiation Testing

Jordan M Argyle; Jason L Schulthess; Justin Des Yarrington; Clayton G Turner; Spencer Hugh Parker; John D Stanek; Cad L Christensen

Experiment Assembly and Testing in Hot Cell in Support of Advanced Fuels Irradiation Testing

Jordan M Argyle, Jason L Schulthess, Justin Des Yarrington, Clayton G Turner, Spencer Hugh Parker, John D Stanek, Cad L Christensen

Research output: Contribution to conference › Poster › peer-review

Abstract

Follow-on experimentation of irradiated nuclear fuel is critical to understanding fuel behavior at different stages of the fuel lifecycle. Transient experiments using fuel with high burnup can enlarge understanding of fuel fragmentation, relocation and dispersal under various reactor accident situations. Assembling experiments with such fuel requires remote operations.

Original language	English
State	Published - Sep 29 2022

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https://www.osti.gov/biblio/1892012

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title = "Experiment Assembly and Testing in Hot Cell in Support of Advanced Fuels Irradiation Testing",

abstract = "Follow-on experimentation of irradiated nuclear fuel is critical to understanding fuel behavior at different stages of the fuel lifecycle. Transient experiments using fuel with high burnup can enlarge understanding of fuel fragmentation, relocation and dispersal under various reactor accident situations. Assembling experiments with such fuel requires remote operations.",

author = "Argyle, {Jordan M} and Schulthess, {Jason L} and Yarrington, {Justin Des} and Turner, {Clayton G} and Parker, {Spencer Hugh} and Stanek, {John D} and Christensen, {Cad L}",

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day = "29",

language = "English",

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TY - CONF

T1 - Experiment Assembly and Testing in Hot Cell in Support of Advanced Fuels Irradiation Testing

AU - Argyle, Jordan M

AU - Schulthess, Jason L

AU - Yarrington, Justin Des

AU - Turner, Clayton G

AU - Parker, Spencer Hugh

AU - Stanek, John D

AU - Christensen, Cad L

PY - 2022/9/29

Y1 - 2022/9/29

N2 - Follow-on experimentation of irradiated nuclear fuel is critical to understanding fuel behavior at different stages of the fuel lifecycle. Transient experiments using fuel with high burnup can enlarge understanding of fuel fragmentation, relocation and dispersal under various reactor accident situations. Assembling experiments with such fuel requires remote operations.

AB - Follow-on experimentation of irradiated nuclear fuel is critical to understanding fuel behavior at different stages of the fuel lifecycle. Transient experiments using fuel with high burnup can enlarge understanding of fuel fragmentation, relocation and dispersal under various reactor accident situations. Assembling experiments with such fuel requires remote operations.

M3 - Poster

ER -

Experiment Assembly and Testing in Hot Cell in Support of Advanced Fuels Irradiation Testing

Abstract

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