Optical deformability of fluid interfaces /

Detalles Bibliográficos
Clasificación:Libro Electrónico
Otros Autores: Delville, Jean-Pierre, 1960-
Formato: Electrónico eBook
Idioma:Inglés
Publicado: New York : Nova Science Publishers, Inc., c2009.
Colección:Novinka (Series)
Temas:
Liquids > Optical properties.
Liquids > Magnetic properties.
Liquids > Effect of radiation on.
Interfaces (Physical sciences)
Light absorption.
Liquides > Propriétés optiques.
Liquides > Effets du rayonnement sur.
Interfaces (Sciences physiques)
Lumière > Absorption.
SCIENCE > Energy.
SCIENCE > Mechanics > General.
SCIENCE > Physics > General.
Light absorption
Liquids > Effect of radiation on
Liquids > Magnetic properties
Liquids > Optical properties
Acceso en línea:Texto completo
Tabla de Contenidos:
  • OPTICAL DEFORMABILITY OFFLUID INTERFACES; CONTENTS; PREFACE; INTRODUCTION; OPTICAL MANIPULATION OF FLUIDINTERFACES:ABRIEF OVERVIEW; 2.1 INDIRECT LASER-INDUCED INTERFACE DEFORMATION; 2.2 DIRECT LASER-INDUCED INTERFACE DEFORMATION:OPTICAL ASPECTS; A. Qualitative Explanation; The experiment of Ashkin and Dziedzic; Droplet Deformation and Optical microcavity; 2.3 APPLICATION OF LASER-INDUCED INTERFACEDEFORMATION TO SOFT MATTER PHYSICS; Characterization of Weak Surface Tensions and Surface Waves; Characterization of Biological Membranes; 2.4 SUMMARY; ELECTROMAGNETIC FORCES ONDIELECTRICS.
  • 3.1 BASICS3.2 SURFACE TENSION AND RADIATION FORCES ON ACURVED SURFACE; 3.3 CYLINDRICAL SYMMETRY; EXPERIMENTAL SECTION; 4.1 PROPERTIES OF THE MICELLAR PHASE OFMICROEMULSION USED; 4.2 EXPERIMENTAL SETUP; INTERFACE BENDING IN THE LINEAR REGIMEIN DEFORMATION [61]; 5.1 STATIONARY INTERFACE DEFORMATIONS; Capillary Length lC and Optical Bond Number; 5.2 ASYMPTOTIC REGIMES AND UNIVERSAL BEHAVIOR; Height of Deformations is the Weak Optical Bond Number Regime; Height of Deformations is the Large Optical Bond Number Regime; Scaling and Universality in Interface Deformation; 5.3 UP/DOWN SYMMETRY.
  • 5.4 APPLICATION TO ADAPTIVE LENSING [64]NONLINEAR DEFORMATION AND""OPTOHYDRODYNAMIC"" INSTABILITY; 6.1 NONLINEAR INTERFACE DEFORMATIONS; 6.2 UP/DOWN SYMMETRY BREAKING [58]; 6.3 INTERFACE INSTABILITY AND JET FORMATION [67]; Interface Instability Onset; Comparison with the Zhang-Chang Experiment [36]; Liquid Jet Control by Optical Radiation Pressure; LASER-SUSTAINED LIQUID COLUMNS; 7.1 LIQUID BRIDGES AND RAYLEIGH-PLATEAU INSTABILITY; 7.2 OPTICAL STABILIZATION OF LIQUID BRIDGES [80]; 7.3 LIQUID BRIDGES OF SUPER LARGE ASPECT RATIOFORMED BY LIQUID JETS.
  • APPLICATION TO ADAPTIVE OPTICS ANDLASER MICROFLUIDICS8.1 ADAPTIVE OPTICS; 8.2 LASER MICROFLUIDICS; CONCLUSION AND PROSPECTS; ACKNOWLEDGMENTS; REFERENCES; INDEX.

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