Abstract
Shock experiments were performed to characterize the triboluminescent signature of surface coatings of powdered cerium-doped lutetium oxyorthosilicate suspended in a silicate binder. This coating shows prompt, nanosecond timescale light emission when driven by explosive detonation. When properly applied to a surface, it may be used to sense the arrival of a shock, or to image the propagation of a shock front.
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