Search Results - Kilby, Seth

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  1. 1
    Accelerated radiation transport modeling techniques for pencil beam computed tomography using gamma rays

    Accelerated radiation transport modeling techniques for pencil beam computed tomography using gamma rays by Jin, Zhongmin, Kilby, Seth, Avachat, Ashish, Kanies, Bryant, Woolstenhulme, Nicolas, Lee, Hyoung K., Graham, Joseph

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  2. 2
    Multi-modal tomographic imaging system for poolside characterization of nuclear test fuels: Design considerations and studies

    Multi-modal tomographic imaging system for poolside characterization of nuclear test fuels: Design considerations and studies by Kilby, Seth, Fletcher, Jack, Avachat, Ashish, Jin, Zhongmin, Imholte, Devin, Woolstenhulme, Nicolas, Lee, Hyoung-Koo, Graham, Joseph

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  3. 3
    Multi-modal tomographic imaging system for poolside characterization of nuclear test fuels: Design considerations and studies

    Multi-modal tomographic imaging system for poolside characterization of nuclear test fuels: Design considerations and studies by Kilby, Seth, Fletcher, Jack, Avachat, Ashish, Jin, Zhongmin, Imholte, Devin D., Woolstenhulme, Nicolas E., Lee, Hyoung-Koo, Graham, Joseph

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  4. 4
    Design of Mini-Plate-1 Irradiation Test for Qualification of High-Density, Low-Enriched U-10Mo Monolithic Fuel

    Design of Mini-Plate-1 Irradiation Test for Qualification of High-Density, Low-Enriched U-10Mo Monolithic Fuel by Kilby, Seth M., Marshall, Margaret A., Choe, Dong O., Barney, Jason W., Hawkes, Grant L., Jensen, Colby, Lilo, Misti, Glagolenko, Irina Y., Cole, James I.

    Published in JOM (1989)
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  5. 5
    Comparison of active interrogation methods for source location in a scattering and absorbing medium, consisting of PGNAA, and an AmBe quasi-forward biased directional source

    Comparison of active interrogation methods for source location in a scattering and absorbing medium, consisting of PGNAA, and an AmBe quasi-forward biased directional source by Paaren, Kyle M., Kilby, Seth, Lee, Hyoung K.

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  6. 6
    Active interrogation of Special Nuclear Material containers using AmBe quasi-forward biased directional source and PGNAA

    Active interrogation of Special Nuclear Material containers using AmBe quasi-forward biased directional source and PGNAA by Paaren, Kyle M., Kilby, Seth, Lee, Hyoung K.

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  7. 7
    Comparison of a semi-analytic variance reduction technique to classical Monte Carlo variance reduction techniques for high aspect ratio pencil beam collimators for emission tomography applications

    Comparison of a semi-analytic variance reduction technique to classical Monte Carlo variance reduction techniques for high aspect ratio pencil beam collimators for emission tomogra... by Kilby, Seth, Fletcher, Jack, Jin, Zhongmin, Avachat, Ashish, Imholte, Devin, Woolstenhulme, Nicolas, Lee, Hyoung K., Graham, Joseph

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  8. 8
    Active interrogation of Special Nuclear Material containers using AmBe quasi-forward biased directional source and PGNAA

    Active interrogation of Special Nuclear Material containers using AmBe quasi-forward biased directional source and PGNAA by Paaren, Kyle M., Kilby, Seth, Lee, Hyoung K.

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  9. 9
    Comparison of active interrogation methods for source location in a scattering and absorbing medium, consisting of PGNAA, and an AmBe quasi-forward biased directional source

    Comparison of active interrogation methods for source location in a scattering and absorbing medium, consisting of PGNAA, and an AmBe quasi-forward biased directional source by Paaren, Kyle M., Kilby, Seth, Lee, Hyoung K.

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  10. 10
    A source biasing and variance reduction technique for Monte Carlo radiation transport modeling of emission tomography problems

    A source biasing and variance reduction technique for Monte Carlo radiation transport modeling of emission tomography problems by Kilby, Seth, Jin, Zhongmin, Avachat, Ashish, Kanies, Bryant, Woolstenhulme, Nicholas, Lee, Hyoung K., Graham, Joseph

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  11. 11
    Correction to: A source biasing and variance reduction technique for Monte Carlo radiation transport modeling of emission tomography problems

    Correction to: A source biasing and variance reduction technique for Monte Carlo radiation transport modeling of emission tomography problems by Kilby, Seth, Jin, Zhongmin, Avachat, Ashish, Kanies, Bryant, Woolstenhulme, Nicolas, Lee, Hyoung K., Graham, Joseph

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