Titre :	Physical optics of ocean water
Type de document :	texte imprimé
Auteurs :	K. S. Shifrin ; David Oliver ; American Institute of Physics
Editeur :	New York : American institute of physics
Année de publication :	1988
Importance :	1 vol(285 p.)
Présentation :	ill
Format :	24 cm
ISBN/ISSN/EAN :	978-0-88318-529-2
Note générale :	Translation of: Vvedenie v optiku moriÍ¡a
Langues :	Anglais (eng)
Catégories :	Physique
Mots-clés :	Océanographie optique Optique physique :eau de mer
Index. décimale :	551.4 Géomorphologie, hydrosphère
Note de contenu :	Sommaire Hydrooptical characteristics 1 112 Typical values 7 12 Properties of the light field in the ocean 10 122 Typical values 16 Gershuns formula 18 13 Depth of visibility of a white disc and the colour of the sea 19 132 Colour of the sea22 Factors determining the optical properties of ocean water28 212 Inorganic salts and gases 29 213 Organic compounds Yellow substance 35 22 Suspensions 39 suspended material in the worlds oceans 45 Molecular optics of ocean water 55 32 Optical constants of pure water pure ocean water and dissolved organic substances 59 322 Pure ocean water 66 323 Dissolved organic substances 70 33 Suspended particles 73 34 Theory of the molecular scattering of light by ocean water 77 342 The effect of fluctuations in molecule orientation 83 343 The effect of dissolved substances 85 344 Fine structure of the molecular scattering of light 87 35 Data on the molecular scattering of light by ocean water 90 352 Molecular scattering of light by ocean water 95 Scattering by suspended particles 100 412 Convergence Two methods of notation 105 413 Intensity of scattered light Scattering coefficients and volume scattering function Characteristics of scattering asymmetry 108 42 Polarized light scattering 111 422 The scattering matrix 114 43 Limiting cases for small and large particles 116 432 Large particles 119 44 Soft particles 125 442 The physical optics approximation 127 tables and their analysis 131 46 Scattering of an ensemble of particles 138 462 Distribution functions 142 532 General properties of the scattering functions 187 463 Limiting cases for small and large particles small angle scattering soft particles 147 tables and their analysis 149 Optical properties of real ocean water 155 512 Absorption by phytoplankton cells terrigenous particles and detritus 160 52 Absorption of light by ocean water 165 522 Variation in the absorption coefficient 173 523 Relative role of the different components 175 53 Light scattered by ocean water 179 533 Statistical characteristics and models of the scattering functions 191 534 Variation in the scattering coefficient 197 54 Polarized light scattering 200 542 Light scattering matrices for ocean water 202 55 Optical characteristics of the waters of the worlds oceans 205 552 Attenuation coefficient field 206 Inverse problems 211 612 Determination of the characteristics of a disperse medium from the scattering of light 215 62 The restricted problem 217 622 The fitting method 220 63 The method of fluctuations 224 632 Experimental verification and accuracy 228 64 Method of small angles 232 642 Experimental testing Essential range of angles 236 643 Use of actual and integral values of the scattering function Accuracy of the method 240 65 The method of spectral transmittance and the method of the total scattering function 243 652 Method of the total scattering function 246 66 Numerical inversion methods 250 662 Consideration of additional optical information 255 67 Determination of the composition of marine suspension 258 672 Improved version 263 673 Combined application of the statistical regularization and fluctuation methods 268 References 271
Côte titre :	Fs/0293

Physical optics of ocean water [texte imprimé] / K. S. Shifrin ; David Oliver ; American Institute of Physics . - New York : American institute of physics, 1988 . - 1 vol(285 p.) : ill ; 24 cm.
ISBN : 978-0-88318-529-2
Translation of: Vvedenie v optiku mori͡a
Langues : Anglais (eng)

Catégories :	Physique
Mots-clés :	Océanographie optique Optique physique :eau de mer
Index. décimale :	551.4 Géomorphologie, hydrosphère
Note de contenu :	Sommaire Hydrooptical characteristics 1 112 Typical values 7 12 Properties of the light field in the ocean 10 122 Typical values 16 Gershuns formula 18 13 Depth of visibility of a white disc and the colour of the sea 19 132 Colour of the sea22 Factors determining the optical properties of ocean water28 212 Inorganic salts and gases 29 213 Organic compounds Yellow substance 35 22 Suspensions 39 suspended material in the worlds oceans 45 Molecular optics of ocean water 55 32 Optical constants of pure water pure ocean water and dissolved organic substances 59 322 Pure ocean water 66 323 Dissolved organic substances 70 33 Suspended particles 73 34 Theory of the molecular scattering of light by ocean water 77 342 The effect of fluctuations in molecule orientation 83 343 The effect of dissolved substances 85 344 Fine structure of the molecular scattering of light 87 35 Data on the molecular scattering of light by ocean water 90 352 Molecular scattering of light by ocean water 95 Scattering by suspended particles 100 412 Convergence Two methods of notation 105 413 Intensity of scattered light Scattering coefficients and volume scattering function Characteristics of scattering asymmetry 108 42 Polarized light scattering 111 422 The scattering matrix 114 43 Limiting cases for small and large particles 116 432 Large particles 119 44 Soft particles 125 442 The physical optics approximation 127 tables and their analysis 131 46 Scattering of an ensemble of particles 138 462 Distribution functions 142 532 General properties of the scattering functions 187 463 Limiting cases for small and large particles small angle scattering soft particles 147 tables and their analysis 149 Optical properties of real ocean water 155 512 Absorption by phytoplankton cells terrigenous particles and detritus 160 52 Absorption of light by ocean water 165 522 Variation in the absorption coefficient 173 523 Relative role of the different components 175 53 Light scattered by ocean water 179 533 Statistical characteristics and models of the scattering functions 191 534 Variation in the scattering coefficient 197 54 Polarized light scattering 200 542 Light scattering matrices for ocean water 202 55 Optical characteristics of the waters of the worlds oceans 205 552 Attenuation coefficient field 206 Inverse problems 211 612 Determination of the characteristics of a disperse medium from the scattering of light 215 62 The restricted problem 217 622 The fitting method 220 63 The method of fluctuations 224 632 Experimental verification and accuracy 228 64 Method of small angles 232 642 Experimental testing Essential range of angles 236 643 Use of actual and integral values of the scattering function Accuracy of the method 240 65 The method of spectral transmittance and the method of the total scattering function 243 652 Method of the total scattering function 246 66 Numerical inversion methods 250 662 Consideration of additional optical information 255 67 Determination of the composition of marine suspension 258 672 Improved version 263 673 Combined application of the statistical regularization and fluctuation methods 268 References 271
Côte titre :	Fs/0293