High-precision optical-fiber transfer of a radio-frequency reference for remote environmental and industrial sensing
Light, Energy and the Environment 2015 (2015), paper EW2A.4（2015）
Abstract
We show long-distance precise synchronization of a radio-frequency signal over an optical-fiber network without actively stabilizing the optical path length, yielding long-term stability comparable to a hydrogen maser for remote sensing applications.
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Key words
remote environmental,high-precision,optical-fiber,radio-frequency
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