Thomas Eiden

Idaho Falls, Idaho, United States Contact Info
691 followers 500+ connections

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About

I am the Founder and CEO of Atomic Alchemy, the SpaceX of nuclear medicine with a mission…

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Experience & Education

  • Atomic Alchemy Inc.

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Licenses & Certifications

Publications

  • Evaluation of Erosion of the Dummy “EE” Plate 19 in YA Type ATR Fuel Element During Reactor PALM Cycles

    USDOE Office of Nuclear Energy (NE)

    Other authors
    See publication

  • Optimal Conditions for High Current Proton Irradiations at the University of Wisconsins Ion Beam Laboratory

    AIP|Scitation

    The National Electrostatics Corporation's (NEC) Toroidal Volume Ion Source (TORVIS) source is known for exceptionally high proton currents with minimal service downtime as compared to traditional sputter sources. It has been possible to obtain over 150μA of proton current from the source, with over 70μA on the target stage. However, beam fluxes above ∼1×1017/m2-s may have many undesirable effects, especially for insulators. This may include high temperature gradients at the surface, sputtering,…

    The National Electrostatics Corporation's (NEC) Toroidal Volume Ion Source (TORVIS) source is known for exceptionally high proton currents with minimal service downtime as compared to traditional sputter sources. It has been possible to obtain over 150μA of proton current from the source, with over 70μA on the target stage. However, beam fluxes above ∼1×1017/m2-s may have many undesirable effects, especially for insulators. This may include high temperature gradients at the surface, sputtering, surface discharge, cracking or even disintegration of the sample. A series of experiments were conducted to examine the role of high current fluxes in a suite of ceramics and insulating materials. Results will show the optimal proton irradiation conditions and target mounting strategies needed to minimize unwanted macro-scale damage, while developing a procedure for conducting preliminary radiation experiments.

    Other authors
    • C. J. Wetteland
    • K. G. Field
    • T. J. Gerczak
    • B. R. Maier
    • O. Albakri
    • K. Sridharan
    • T. R. Allen
    See publication

Courses

  • Economic and Environmental Aspects of Nuclear Energy

    571

  • Fundamentals of Nuclear Engineering

    305

  • Independent Study

    699

  • Independent Study (2)

    699

  • Intermediate Engineering Problem Solving

    471

  • Ionizing Radiation

    408

  • Monte Carlo Radiation Transport

    506

  • Nuclear Engineering Materials

    423

  • Nuclear Instrumentation

    427

  • Nuclear Materials Laboratory

    424

  • Nuclear Reactor Laboratory

    428

  • Nuclear Reactor Theory

    405

  • Principles and Practices of Nuclear Reactor Operations

    234

  • Radiation Damage in Metals

    541

  • Reactor Engineering - Nuclear Heat Removal

    411

  • Senior Design

    412

  • Technical Editing

    497

  • Transport Phenomena

    320

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