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106 _ar
181 _6z01
_ctxt
_2rdacontent
181 1 _6z01
_ai#
_bxxxe##
182 _6z01
_cn
_2rdamedia
182 1 _6z01
_an
200 1 _aTheory of electric polarization
_hVolume II
_iDielectrics in time-dependent fields
_fC. J. F. Böttcher and P. Bordewijk,...
205 _a2nd, completely revised edition
210 _aAmsterdam
_cElsevier
_dcop. 1978
215 _a1 vol. (xx-561 p.)
_d24 cm
305 _aAutres impressions : 1992, 1996
320 _aRéf. bibliogr. en fin de chapitres. Index
359 2 _pP. 1
_bChapter VIII. Phenomenological theory of linear dielectrics in time dependent fields
_pP. 1
_c46. Introduction
_pP. 5
_c47. The response functions
_pP. 10
_c48. The complex dielectric constant
_pP. 15
_c49. The complex dielectric constant and the complex conductivity
_pP. 19
_c50. The complex refractive index
_pP. 23
_c51. The use of the complex dielectric constant in problems with time-dependent field sources
_pP. 30
_c52. The Kronig-Kramers relations
_pP. 38
_c53. Resonance and relaxation
_pP. 45
_bChapter IX. The empirical description of dielectric relaxation
_pP. 45
_c54. Introduction
_pP. 48
_c55. The Cole-Cole plot
_pP. 53
_c56. Approximations for the distribution function
_pP. 59
_c57. A single relaxation time
_pP. 61
_c58. Generalized expressions for ε(ω)
_pP. 75
_c59. Generalized expressions for ε'' (ω) and Fp(t)
_pP. 83
_c60. Some simple distributions of relaxation times
_pP. 88
_c61. Superpositions of distribution functions
_pP. 92
_c62. Applicability of the empirical distributions
_pP. 118
_c63. The temperature as a variable
_pP. 139
_bChapter X. The relationship between macroscopic and molecular dielectric relaxation behaviour
_pP. 139
_c64. Statistical mechanics of linear dissipative systems and the relationship between response functions and correlation functions
_pP. 150
_c65. The relationship between the macroscopic and the microscopic correlation function
_pP. 161
_c66. Comparison between macroscopic and microscopic relaxation behaviour
_pP. 169
_bChapter XI. The dipole correlation function
_pP. 169
_c67. Introduction
_pP. 171
_c68. General aspects of molecular reorientation
_pP. 181
_c69. Short-time expansions
_pP. 190
_c70. Freely rotating molecules
_pP. 202
_c71. Rotational diffusion
_pP. 218
_c72. Reorientation by discrete jumps
_pP. 226
_c73. Distributions of relaxation times
_pP. 236
_c74. Internal reorientations
_pP. 249
_c75. Associating liquids
_pP. 260
_c76. High-frequency phenomena
_pP. 272
_c77. Results obtained from computer simulations
_pP. 285
_bChapter XII. Polarization in the infrared and optical frequency range
_pP. 285
_c78. Introduction
_pP. 287
_c79. The extrapolation of the refractive index to infinite wavelength
_pP. 290
_c80.The Lorenz-Lorenz equation and its corrections
_pP. 303
_c81. Application of the internal field theory to i.r. bandshape analysis
_pP. 315
_bChapter XIII. The Kerr effect and related phenomena
_pP. 315
_c82. Introduction
_pP. 317
_c83. The Kerr effect in dilute gases
_pP. 333
_c84. The Kerr effect in condensed systems
_pP. 357
_c85. Electrically induced n.m.r. line splitting
_pP. 364
_c86. Extensions of the Kerr effect
_pP. 370
_c87. Other methods for the inducement of a birefringence
_pP. 387
_bThe experimental determination of permanent dipole and quadrupole moments
_pP. 387
_c88. Introduction
_pP. 389
_c89. Determinations of permanent dipole moments from measurements of gases
_pP. 395
_c90. Determination of the dipole moment in solution with the Debye equation
_pP. 404
_c91. Theoretical calculation of the solvent effect
_pP. 414
_c92. The experimental determination of molecular quadrupole moments
_pP. 423
_bDielectric properties of molecular solids and liquid crystals
_pP. 423
_c93. Introduction
_pP. 427
_c94. Some electrostatical problems with anisotropic dielectrics
_pP. 431
_c95. The induced polarization of crystals
_pP. 439
_c96. The solid rotator phase
_pP. 456
_c97. Liquid crystals
_pP. 476
_c98. Heterogeneous mixtures
_pP. 493
_bAppendix IV. Functions of complex numbers
_pP. 493
_c1. Complex numbers
_pP. 496
_c2. Functions of complex numbers
_pP. 498
_c3. Transformations in the complex plane
_pP. 500
_c4. Complex integration
_pP. 503
_c5. Taylor series and analytic continuation
_pP. 505
_c6. Singular points
_pP. 506
_c7. Application of Cauchy's integral formula
_pP. 509
_bAppendix V. Laplace and Fourier transforms
_pP. 509
_c1. Laplace transforms
_pP. 513
_c2. Complex Laplace transforms
_pP. 514
_c3. Special topics
_pP. 518
_c4. List of selected functions and their Laplace transform
_pP. 519
_c5. Fourier analysis
_pP. 523
_c6. The Stieltjes transform and its inversion
452 _0276235843
_tTheory of electric polarization
_hVolume II
_iDielectrics in time-dependant fields
_fC. J. F. Böttcher,...
_e2nd completely revised edition
517 _aDielectrics in time-dependent fields
606 _3027859274
_aDiélectriques
_2rameau
606 _3031412971
_aPolarisation (électricité)
_2rameau
606 _3027716910
_aSpectroscopie
_2rameau
606 _aPolarization (Electricity)
_2lc
606 _aDielectrics
_2lc
676 _a537.42 s
_v19
680 _aQC584.2
700 1 _3069433267
_aBöttcher
_bCarl Johan Friedrich
_f1915-....
_4070
701 1 _3075442043
_aBordewijk
_bPaul
_f1943-
_4070