mazur

Differential Light Scattering Technique for the Direct Measurement of Capillary Wave Damping, at OSA Annual Meeting (Albuquerque, NM), Tuesday, September 1, 1992

Direct Optical Measurements of Capillary Wave Damping at Liquid-Vapor Interfaces, at 18th International Quantum Electronics Conference (Vienna, Austria), Monday, June 1, 1992

We studied the effect of surfactant monolayers on capillary wave damping; the damping coefficient goes through a maximum at the transition between the liquid-expanded/gas coexistent region and the liquid-expanded phase.

Direct Optical Measurements of Capillary Wave Damping at Liquid-Vapor Interfaces, at 18th International Quantum Electronics Conference (Vienna, Austria), Monday, June 1, 1992

Direct Optical Measurements of Capillary Wave Damping at Liquid-Vapor Interfaces, at International Quantum Electronics Conference '92 (Vienna, Austria), Wednesday, January 1, 1992

Ka Yee Lee

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HARVARD UNIVERSITY

Harvard John A. Paulson SEAS
Department of Physics

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Prof. Eric Mazur, Department of Physics
Harvard University, Cambridge, MA 02138

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