Fireset and Cable Design for Support of Detonator Diagnostic Development
POSTER
Abstract
The performance of detonators can be affected by porosity effects in high explosive (HE) materials. In an effort to understand how these effects characterize performance, experiments are to be performed implementing new approaches with advanced diagnostics. This presentation will include the design choices and implementation of diagnostics within two primary components in the experimental test set up, the fire-set and cables. The fire-set contains a current viewing resistor (CVR) which characterizes the electrical performance of the detonator. The cable between the fire-set and detonator includes a Rogowski coil to measure the induced current passing to the detonator. We will present the experimental results and discuss the relevance of these data in the context of the overall experiments.
Authors
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Christopher Trujillo
Los Alamos National Laboratory, Supporting Author, Los Alamos National Laboratory \& New Mexico State University
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Elizabeth Francois
Los Alamos National Laboratory
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John Gibson
Los Alamos National Laboratory, Supporting Author
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Rylie Lodes
Los Alamos National Laboratory, Supporting Author
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Teagan Nakamoto
Los Alamos National Laboratory, Supporting Author, Brigham Young Univ - Provo
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Dalton Smith
Los Alamos National Laboratory, Primary Author and Co-lead
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Douglas Tasker
Los Alamos National Laboratory, Los Alamos Natl Lab
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Kristina Parrack
Los Alamos National Laboratory, Supporting Author and Team Lead
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Zak Wilde
Los Alamos National Laboratory, Supporting Author