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Spectroscopy / Waves / Acoustics / Frequency comb / Laser / Resonance / Mode-locking / Optical cavity / Pound–Drever–Hall technique / Physics / Laser science / Optics


3-5 Development of an Ultra-Narrow Line-Width Clock Laser LI Ying, NAGANO Shigeo, MATSUBARA Kensuke, KOJIMA Reiko, KUMAGAI Motohiro, ITO Hiroyuki, KOYAMA Yasuhiro, and HOSOKAWA Mizuhiko An optical lattice clock and a si
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Document Date: 2013-11-21 20:56:52

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Advanced Thin Films / World Scientific / Opnext / Hewlett Packard / Koshin Kogaku Co. Ltd. / Perot / Amp / Zerodur / Corning / /

Country

Singapore / /

Facility

J. L. Hall / Beijing Jiaotong University / National Institute of Information / Table Stable / /

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reference cavity systems / frequency compensation device / low energy consumption / rubber / acousto-optical device / /

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InGaAsP / /

Organization

National Institute of Information / Communications Technology / US Federal Reserve / National Institute of Information and Communications Technology / Beijing Jiaotong University / /

Person

Ion Oscillator / Yang Tao / /

Position

D. J. / representative / General / /

Product

Packard 8560E / /

ProvinceOrState

Pennsylvania / /

Technology

radiation / Laser / lasers / condensation / spectroscopy / PDH / Communications Technology / simulation / optical fiber / laser system / /

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