514
Index
D
Dark field method, 63
Deformation of diffusely scattering
microobjects, 149
Deformation of human lower jaw, 222, 223,
227
Deformation of mirror microobjects, 149
Deformations of epithelial tissues, 378
Deformations of objects, xiv, 226, 229, 231,
248, 313, 342, 349, 360, 477
Deformations of two-sided hetero-structured
lasers, 164
Degree of coherence, 7
Dendrite, 80, 86
Density probability of complex amplitude,
312
Determination of ischemia of organs, 456,
484
Determining diffuse objects deformations,
347
Device for electronic signal processing, 240,
261
Device for input into computer, 240, 261
Device of set phase shift, 240, 243, 261
Diagnostic methods, x
Diagnostics of hydrogen plasma, 31, 32
Diagnostics of vertebral diseases, x
Dielectric mirror, 4
Differential diagnostic criteria, 453
Diffraction grating, 6, 14, 37, 38
Diffusing surface, 313, 402
Diseases of nervous system, ix
Diseases of peripheral nervous system
(PNS), ix, xiv, 58, 91, 92, 95, 96, 106,
369, 374, 444, 456, 464, 483
Doppler anemometry, 62
Dotty-diffractive interference microscope,
63
Double-exposed interferograms, 76
Double-exposed method of microobjects
recording, 108
Double Mono-Pulses of a Ruby Laser, 222
Double-pulsed
speckle-photography
method, 477
Double-pulse radiation, 246
Double-pulse radiation of ruby laser, 186
Double-pulse
speckle-interferometry
method, 360
Dye laser with laser pump, 189, 191
Dye laser with laser pumping, 3, 4, 24, 36,
37
Dye laser with regulated spectral interval,
189
Dye laser with unstable mode structure, xi,
3
Dynamic biospeckle-field, 369
Dynamic holograms, 42
Dynamic holograms in sodium vapors, 42
Dynamic resonance gain-phase holograms,
1, 36
Dynamic resonance holography, xi, 1, 3, 49,
50
Dynamic speckle-field, 311, 313, 319, 323–
326, 330, 331, 333, 336, 341, 359,
374, 400, 406, 410, 412, 413, 415,
443, 482
Dynamic speckles intensity fluctuations, 338
E
Electrical stimulation, 133, 163, 276, 381
Electrocardiography, xi, 478
Electromyograph by firm “Medicor”, 133
Electrooptical device, 240, 242
Electro-optical shutter, 229, 235, 237
Electrophysiological method, 111
F
Fabry-Perot interferometer, 3, 5, 14, 25, 230
Facial dyskinesias, 453
Fluctuation power, 430
Focal plane of lens, 142
Focused image method, 111
Formation
of
annular
speckleinterferograms, 353
Fourier-spectrum, 142
Four-long-wave switching radiation of dye
laser, 159
FT-1 tokamak device, 31, 32
Functional characteristics of a nerve fiber, 87
Functioning of electrically excited cells, 85
G
Gain-phase (plane and bulk) holograms, 1,
36, 49
Gated He–Ne laser radiation, 10
Generalized Wiener-Khintchin theorem,
318, 338
H
Holograms of blood red cells, 79
Holograms of drosophila salivary gland, 79
Holograms of lymphocytes, 79
Holograms of lymphoid cells, 79
Index
D
Dark field method, 63
Deformation of diffusely scattering
microobjects, 149
Deformation of human lower jaw, 222, 223,
227
Deformation of mirror microobjects, 149
Deformations of epithelial tissues, 378
Deformations of objects, xiv, 226, 229, 231,
248, 313, 342, 349, 360, 477
Deformations of two-sided hetero-structured
lasers, 164
Degree of coherence, 7
Dendrite, 80, 86
Density probability of complex amplitude,
312
Determination of ischemia of organs, 456,
484
Determining diffuse objects deformations,
347
Device for electronic signal processing, 240,
261
Device for input into computer, 240, 261
Device of set phase shift, 240, 243, 261
Diagnostic methods, x
Diagnostics of hydrogen plasma, 31, 32
Diagnostics of vertebral diseases, x
Dielectric mirror, 4
Differential diagnostic criteria, 453
Diffraction grating, 6, 14, 37, 38
Diffusing surface, 313, 402
Diseases of nervous system, ix
Diseases of peripheral nervous system
(PNS), ix, xiv, 58, 91, 92, 95, 96, 106,
369, 374, 444, 456, 464, 483
Doppler anemometry, 62
Dotty-diffractive interference microscope,
63
Double-exposed interferograms, 76
Double-exposed method of microobjects
recording, 108
Double Mono-Pulses of a Ruby Laser, 222
Double-pulsed
speckle-photography
method, 477
Double-pulse radiation, 246
Double-pulse radiation of ruby laser, 186
Double-pulse
speckle-interferometry
method, 360
Dye laser with laser pump, 189, 191
Dye laser with laser pumping, 3, 4, 24, 36,
37
Dye laser with regulated spectral interval,
189
Dye laser with unstable mode structure, xi,
3
Dynamic biospeckle-field, 369
Dynamic holograms, 42
Dynamic holograms in sodium vapors, 42
Dynamic resonance gain-phase holograms,
1, 36
Dynamic resonance holography, xi, 1, 3, 49,
50
Dynamic speckle-field, 311, 313, 319, 323–
326, 330, 331, 333, 336, 341, 359,
374, 400, 406, 410, 412, 413, 415,
443, 482
Dynamic speckles intensity fluctuations, 338
E
Electrical stimulation, 133, 163, 276, 381
Electrocardiography, xi, 478
Electromyograph by firm “Medicor”, 133
Electrooptical device, 240, 242
Electro-optical shutter, 229, 235, 237
Electrophysiological method, 111
F
Fabry-Perot interferometer, 3, 5, 14, 25, 230
Facial dyskinesias, 453
Fluctuation power, 430
Focal plane of lens, 142
Focused image method, 111
Formation
of
annular
speckleinterferograms, 353
Fourier-spectrum, 142
Four-long-wave switching radiation of dye
laser, 159
FT-1 tokamak device, 31, 32
Functional characteristics of a nerve fiber, 87
Functioning of electrically excited cells, 85
G
Gain-phase (plane and bulk) holograms, 1,
36, 49
Gated He–Ne laser radiation, 10
Generalized Wiener-Khintchin theorem,
318, 338
H
Holograms of blood red cells, 79
Holograms of drosophila salivary gland, 79
Holograms of lymphocytes, 79
Holograms of lymphoid cells, 79