Boron Carbide Materials for Inertial Confinement Fusion

POSTER

Abstract

Boron carbide shows promise as an inertial confinement fusion (ICF) ablator material because it is light enough that it can be driven efficiently to high velocity, yet strong enough that is may suppress Rayleigh-Taylor instabilities. We seek to fabricate strong, homogeneous boron carbide foils with thicknesses $\sim$0.1 mm, relevant to the production of future ICF targets. We analyze the material properties of various chemical vapor deposition (CVD), sputtered, and hot-pressed boron carbide samples.

*Supported by General Atomics under IR\&D funding and the National Undergraduate Fellowship Program in Plasma Physics and Fusion Energy Sciences.

Authors

  • C. Mattsson

    • Lehigh University

  • G.C. Randall

    • General Atomics

  • H. Xu

    • General Atomics

  • H. Streckert

    • General Atomics

  • C. Hill

    • General Atomics

  • A. Nikroo

    • General Atomics