Proton Beam Window In Situ Neutronics Analysis for the Preliminary Design for the Second Target Station

Kristel Ghoos

doi:10.2172/2438909

Proton Beam Window In Situ Neutronics Analysis for the Preliminary Design for the Second Target Station

Kristel Ghoos

STS Project Technical Systems

Research output: Book/Report › Commissioned report

Abstract

These analyses provide estimates for the residual dose rates for various geometric configurations related to proton beam window (PBW) removal and replacement maintenance events. This information will be used to plan a remote handling strategy for the replacement and maintenance of the PBW. The 5 and 100 mrem/h dose rate contour lines are of specific interest as they classify radiation areas (between 5 and 100 mrem/h) and high radiation areas (>100 mrem/h).

Original language	English
Place of Publication	United States
DOIs	https://doi.org/10.2172/2438909
State	Published - Feb 2024

Keywords

43 PARTICLE ACCELERATORS

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10.2172/2438909

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title = "Proton Beam Window In Situ Neutronics Analysis for the Preliminary Design for the Second Target Station",

abstract = "These analyses provide estimates for the residual dose rates for various geometric configurations related to proton beam window (PBW) removal and replacement maintenance events. This information will be used to plan a remote handling strategy for the replacement and maintenance of the PBW. The 5 and 100 mrem/h dose rate contour lines are of specific interest as they classify radiation areas (between 5 and 100 mrem/h) and high radiation areas (>100 mrem/h).",

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author = "Kristel Ghoos",

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AU - Ghoos, Kristel

PY - 2024/2

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N2 - These analyses provide estimates for the residual dose rates for various geometric configurations related to proton beam window (PBW) removal and replacement maintenance events. This information will be used to plan a remote handling strategy for the replacement and maintenance of the PBW. The 5 and 100 mrem/h dose rate contour lines are of specific interest as they classify radiation areas (between 5 and 100 mrem/h) and high radiation areas (>100 mrem/h).

AB - These analyses provide estimates for the residual dose rates for various geometric configurations related to proton beam window (PBW) removal and replacement maintenance events. This information will be used to plan a remote handling strategy for the replacement and maintenance of the PBW. The 5 and 100 mrem/h dose rate contour lines are of specific interest as they classify radiation areas (between 5 and 100 mrem/h) and high radiation areas (>100 mrem/h).

KW - 43 PARTICLE ACCELERATORS

U2 - 10.2172/2438909

DO - 10.2172/2438909

M3 - Commissioned report

BT - Proton Beam Window In Situ Neutronics Analysis for the Preliminary Design for the Second Target Station

CY - United States

ER -

Proton Beam Window In Situ Neutronics Analysis for the Preliminary Design for the Second Target Station

Abstract

Keywords

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