Non Intrusive Monitoring of Ocean Surfactants with Nonlinear Optics

Wind-wave coupling, wave damping, surface turbulence, and air/sea gas exchange along with the reflection, transmission, emission, and absorption of electromagnetic radiation at the air/sea interface are all dictated by the molecular level structure and chemical composition of the top several molecul...

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Bibliographische Detailangaben
1. Verfasser:	Korenowski, Gerald M
Format:	Report
Sprache:	eng
Schlagworte:	AIR SEA INTERFACE AIR WATER INTERACTIONS CAPILLARY WAVES CHEMICAL COMPOSITION CIRCULAR WAVES FLUID FLOW GRADIENTS INTERFACES MOLECULAR STRUCTURE MONITORING NONLINEAR OPTICS OCEAN SURFACE PERTURBATIONS Physical and Dynamic Oceanography PHYSICOCHEMICAL PROPERTIES SECOND HARMONIC GENERATION SUM FREQUENCY GENERATION SURFACE ACTIVE SUBSTANCES SURFACTANTS WAVE DYNAMICS
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Beschreibung
Zusammenfassung:	Wind-wave coupling, wave damping, surface turbulence, and air/sea gas exchange along with the reflection, transmission, emission, and absorption of electromagnetic radiation at the air/sea interface are all dictated by the molecular level structure and chemical composition of the top several molecular layers which define this interface. This research effort is directed at obtaining and using knowledge of molecular level structure and composition of the air/sea interface to understand and predict macroscopic interfacial physicochemical properties. See also ADM002252.