Abstract
The application of fiber optics light guides to optical time-of-arrival measurements in the submicrosecond range is described. Methods are given for fabrication of small diameter guides which may be either rigid or flexible. Argon encapsulation techniques are described which make it possible to generate bright optical signals from flying plate arrivals in vacuum. Examples of applications of the techniques used in conjunction with a rotating mirror streak camera are given and the accuracy obtainable is discussed.
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