Index
A
Abel inversion algorithm, 161
Absolute surface relief, 197, 199–202, 204,
205
Absorbing media, 189, 197, 201, 202, 214,
288
Absorption spectra of blood preparation,
459, 465, 468, 473
Activity of muscles, viii, 425, 444
Amplitude fluctuation of field, 312
Amplitude of object, 338, 339, 341
Amplitude of the object, 359
Angiocardiography, xi, 478
Anomalous dispersion, 35
Approximation of data by cubic splinefunctions, 161
Aser-holographic complex, 236
Autocorrelation function of intensity fluctuations, 324, 336, 337
Axon, 80, 85, 86
B
Bessel function, 14, 74, 394
Biceps muscle of arm bioelectric activity,
421–423, 451
Bioluminescence, 107
Biomechanical characteristics of microcirculation of skin, viii
Biomechanical characteristics of skeletal
muscles, viii, 372–374, 381, 391,
392, 421, 424, 425, 478
Biomedical optics, vii, viii, xiii–xvi, 57, 507,
511
Birefringence, 84, 85
Bradycardia, 129
C
Cardiosurgery, xi, 478
Cardiovascular systems, vii, 128, 186, 233,
293
Change of objective waves polarization
state, 213
Characteristics of nerve fibers, 106
Clinical and diagnostic complex, ix
Coefficient of asymmetry, 430, 443
Coherence source with wavelength 121.6
nm, 34
Colliding beams, 185, 189, 190, 193, 202,
207, 269, 279, 285, 289
Colliding beams method, 111
Complex diffusing surface, xiv
Compression-ischemic neuropathies, 440
Compressive-ischemic injuries of peripheral
nerves, 452
Contactless, x
Contactless methods of diagnostics, x, xiii,
478, 506
Contactless methods of treatment, xiii, 478
Contoured maps of microreliefed surfaces,
159
Cooling vessel heating, 164
Correlated function, 311, 314, 315, 317, 336
Correlated function of field intensity, 312
Correlation characteristics of dynamic
speckle-field, 318, 345, 359
Correlation of the average spectrum
frequency, 431
Cross of Saint Euphrosyne of Polotsk, 285,
287, 288
© The Editor(s) (if applicable) and The Author(s), under exclusive license
to Springer Nature Switzerland AG 2021
L. Tanin et al., Biomedical and Resonance Optics, Bioanalysis 11,
https://doi.org/10.1007/978-3-030-60773-9
513
A
Abel inversion algorithm, 161
Absolute surface relief, 197, 199–202, 204,
205
Absorbing media, 189, 197, 201, 202, 214,
288
Absorption spectra of blood preparation,
459, 465, 468, 473
Activity of muscles, viii, 425, 444
Amplitude fluctuation of field, 312
Amplitude of object, 338, 339, 341
Amplitude of the object, 359
Angiocardiography, xi, 478
Anomalous dispersion, 35
Approximation of data by cubic splinefunctions, 161
Aser-holographic complex, 236
Autocorrelation function of intensity fluctuations, 324, 336, 337
Axon, 80, 85, 86
B
Bessel function, 14, 74, 394
Biceps muscle of arm bioelectric activity,
421–423, 451
Bioluminescence, 107
Biomechanical characteristics of microcirculation of skin, viii
Biomechanical characteristics of skeletal
muscles, viii, 372–374, 381, 391,
392, 421, 424, 425, 478
Biomedical optics, vii, viii, xiii–xvi, 57, 507,
511
Birefringence, 84, 85
Bradycardia, 129
C
Cardiosurgery, xi, 478
Cardiovascular systems, vii, 128, 186, 233,
293
Change of objective waves polarization
state, 213
Characteristics of nerve fibers, 106
Clinical and diagnostic complex, ix
Coefficient of asymmetry, 430, 443
Coherence source with wavelength 121.6
nm, 34
Colliding beams, 185, 189, 190, 193, 202,
207, 269, 279, 285, 289
Colliding beams method, 111
Complex diffusing surface, xiv
Compression-ischemic neuropathies, 440
Compressive-ischemic injuries of peripheral
nerves, 452
Contactless, x
Contactless methods of diagnostics, x, xiii,
478, 506
Contactless methods of treatment, xiii, 478
Contoured maps of microreliefed surfaces,
159
Cooling vessel heating, 164
Correlated function, 311, 314, 315, 317, 336
Correlated function of field intensity, 312
Correlation characteristics of dynamic
speckle-field, 318, 345, 359
Correlation of the average spectrum
frequency, 431
Cross of Saint Euphrosyne of Polotsk, 285,
287, 288
© The Editor(s) (if applicable) and The Author(s), under exclusive license
to Springer Nature Switzerland AG 2021
L. Tanin et al., Biomedical and Resonance Optics, Bioanalysis 11,
https://doi.org/10.1007/978-3-030-60773-9
513