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Photon Correlation and
Light Beati ng Spectroscopy

Page 287

282 P. LALLEMAND

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(Paris) 69, 1453, 1972.

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[47] T. KEYES and D. KIVELSON J. Chem. Phys. 56, 1057,1972

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D.A. PINNOW, S.J. CANDAU and T.A. LITOVITZ
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J. Chem.

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T. KEYES and D. KlVELSON
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Page 288

LIGHT SCATTERING BY LlQUIDS AND GASES 283

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[60] E.F. O'BRIEN, V.P. GUTSCHICK, V. Me KOY and J.P. MeTAGUE
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[61] P. LALLEMAND, D.J. DAVID and B. BIGOT to be pub1ished

[62] J.P. Me TAGUE, P.A. FLEURY and D.B. DUPRE Phys. Rev.
188, 303, 1969.

[63] B.J. ALDER, J.J. WEIS and H.L. STRAUSS Phys. Rev.
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A very extensive bib1iography is given by P.A. FLEURY
and J.P. BOON, in Advanees in Cherniea1 Physies, Vo1 24,
Edited by I. PRIGOGINE and S.A. RICE, John WILEY and Sons
N.Y. 1973.

Page 574

SUBJECT INDEX

Actin, 523,525
Actomyosin, 527,535
Ampho1ytic protein, 551
Anemometry

differential Doppler method,
451,569,571

in a wind tunnel, 188,453
of turbulent f10w, 453,571

Angular dependence of scatter-
ing, 561

Autocorre1ation function, 79
of optica1 fie1d, 5,86
of optica1 intensity, 87

Binary mixture, 335,344,362,370,
447

Bio10gy, 285,323,573
Bo1tzmann equation, 257
Bose-Einstein distribution, 49,

65
Boson f1uctuation, 51
Bri110uin scattering, 33ff.,364

in liquid helium, 434
in xenon, 364

Bri110uin doub1et, 248,342,364,
371

Broken symmetry, 495,502,505
Brownian motion, 186,241,295

damped, 524
of hard spheres in one-dimen-

sion (computer simulation),
418

Bunching effect, 54,55

Capacitive integration, 156
Centra1 limit theorem, 464
Charge effects, 310,414,551,555
Charged polymers, 555

Chemica1 potential, 232,553
Chemica1 reactions, 319,448
C1ipping, 97,192
Coherence time, 49
Co1e-Davidson distribution

function, 546
Co11ision induced light scatter-

ing, 276
Concentration f1uctuations, 561
Conditiona1 probability, 54,55
Conformationa1 transitions, 321
Corre1ation and interferometry,

439
and spectrum analysis, 572

Corre1ation 'event,' 441
Corre1ation functions, 14,16

angular, 267
of lasers, 499

Cou10mbic interactions in virus
solutions, 414

Counting distribution, 43
Counterion, 551
Critica1 exponents, 334,345
Critica1 f1uctuations, 503
Critica1 opa1escence, 339,342
Critica1 phenomena, 331ff.
Critica1 slowing down, 503
Cumu1ants, 59

Data-samp1ing schemes, 153
Dead time effect, 57,113
Decoup1ed-mode theory, 358,360,366
Density autocorre1ation function,

247,251
Density increment, 560
Depo1arized scattering, 266,300
Derandomisation, 195
Detection process, 42

581

Page 575

582

Detector imperfections, 164
Diffusion

spheres, 186,295,418
rotational, 297
survey of experiments, 312
concentration dependence, 306,

408
macromolecules, 387

Distribution
Gaussian, 47
ideal laser, 53
Poisson, 43

DNA, 308
Donnan distribution, 555
Doppler broadening, 429
Doppler shift, 226,569,571
Dyson equation, 24

Einstein equation, 391
Electroneutrality, 551
Electrophoresis, 314
Entropy production rate, 27
Equilibrium dialysis, 558
Equilibrium sedimentation, 559
Erythrocytes, 323
Etendue, 433
Excluded volume, 307,410

Fabry-Perot interferometer,
431ft.
confocal, 371,435
errors, 436
extinction, 433
finesse, 432
free spectral range, 432
resolving power, 437
scanning aperture, 433
multipass, 371,438,572

Factorial moments, 45,49,50,66
Ferrell, 358,360
Fluctuation-dissipation

'theorem,' 27
Flory 'ideal' theta temperature,

559
Fluid flow, 226
Fokker-Planck equation of single

mode laser, 508
Form factors, 291
Friction coefficients, 309,410

Gaussian light, 88
Gaussian process, 47
Gels, 322,529

SUBJECT INDEX

Ginzburg-Landau theory, analogy
with laser theory, 504,510

Glass, 539
Green's function, 15

equation of motion for, 22
for coupled modes, 28

Green's (resolvent) operator, 19

Heterodyne spectroscopy, 216,372
accuracy, 218
distortion, 217
fitting procedure, 216

Heterodyning, 90
Hydration, 556
Hydrodynamic radius, 391

Intensity distribution for
thermal light, 47,48

Intensity-fluctuation spectros-
copy, 200,468,532
accuracy, 207
distortion, 203
fitting procedure, 200

Intensity of scattered light,
289,412,551

Interactions in macromolecular
solutions (concentration de-
pendence of D), 408

Inversion problem, 59
Ion binding, 556
Isopiestic experiment, 552

Kawasaki, 32,348,353,366
Kubo formula, 29

Landau theory of phase transitions,
335,499

Langevin equation, 242
of the laser, 504
of single mode laser, 509

Laser
anemometry (see Anemometry)
fluctuations, 53
distribution function, 498
solid state, 494
statistics, 493

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