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DOE OSTI · 1562817

EMES Characterization

Salazar, Robert A.·Daily, Megan E.·Rudys, Joseph M.·Brown, John Lionel
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Abstract

The Electromagnetic Environment Simulator (EMES) is a large transverse electromagnetic (TEM) cell that propagates an ostensibly uniform, planar electromagnetic wave illuminating a test object with RF energy within a working volume. The characterization presented in this report uses measurements from three electric field components spanning a frequency range between 100 kHz and 220 MHz. This report provides guidance for using these results to predict measurement uncertainty for experiments conducted in EMES. Weapons Systems Engineering Assessment Technology (WSEAT) commissioned this effort to provide support to Nuclear Weapons qualification in accordance with Realize Product Sub System (RPSS). Motivation for this effort stems from four qualification programs: B61 LEP, W88 ALT370, W80-4 LEP, and the Mk21 fuze program.

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Salazar, Robert A., Daily, Megan E., Rudys, Joseph M., Brown, John Lionel. 2016-09-01. EMES Characterization. https://doi.org/10.2172/1562817

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