81 results on '"Gelikonov, Valentin M."'
Search Results
2. Optical coherence tomography in otitis media with effusion diagnosing
3. OCT-based three-dimensional strain mapping for elastography and relaxography
4. Development of real-time multimodal OCT with manual operation capabilities and emergence of its applications in clinical practice
5. Two-dimensional OCT-relaxography of collagenous tissues
6. Optical coherence tomography for noninvasive evaluation of the middle ear effusion (Conference Presentation)
7. OCT-based three-dimensional strain mapping for elastography and relaxography.
8. Quasistatic in-depth local strain relaxation/creep rate mapping using phase-sensitive optical coherence tomography
9. Real time OCT-based angiography device with hand-held probe (Conference Presentation)
10. Two-dimensional OCT-relaxography of collagenous tissues.
11. OCT-based approach to local relaxations discrimination from translational relaxation motions
12. Vessel-contrast enhancement in label-free optical coherence angiography based on phase and amplitude speckle variability
13. Spectral Domain OCT using Achromatic Phase Shifter.
14. An approach to OCT-based microvascular imaging using reference-free processing of complex valued B-scans
15. Scan-pattern and signal processing for microvasculature visualization with complex SD-OCT: tissue-motion artifacts robustness and decorrelation time - blood vessel characteristics
16. Combining the correlation-stability approach to OCT elastography with the speckle-variance evaluation for quantifying the stiffness differences
17. Towards free-hand implementation of OCT elastography: displacement-based approaches versus correlation-stability ones
18. Over-depth artifacts elimination in spectral-domain optical coherence tomography
19. To the problem of stiffness-contrast quantification in the correlation-stability approach to OCT elastography
20. Correlation-stability elastography in OCT: algorithm and in vivo demonstrations
21. Correlation-stability approach in optical microelastography of tissues
22. Linear in-wavenumber optical spectrum registration in SD-OCT
23. Single-shot full complex spectrum spectrometer-based OCT with a single-line photodiode array
24. Digital refocusing in optical coherence tomography
25. Single-shot full-complex spectrum spectrometer-based OCT
26. Using phase gradient autofocus (PGA) algorithm for restoration OCT images with diffraction limited resolution
27. Full complex spectrum simultaneous obtaining SD-OCT
28. Coherent noise compensation improvement in spectral-domain optical coherence tomography
29. Tunable semiconductor laser based on interaction between strongly mismatched Fabry-Perot interferometer and waveguide modes
30. Real-time spectral domain OCT system for biological tissue investigation
31. Features of cross-polarization imaging
32. Linear wave-number spectrometer for spectral domain optical coherence tomography
33. Methods of cross polarization OCT
34. Single-shot full-complex spectrum spectrometer-based OCT.
35. Using phase gradient autofocus (PGA) algorithm for restoration OCT images with diffraction limited resolution.
36. Optical coherence tomography using tissue clearing for skin disease diagnosis
37. Blinded recognition of optical coherence tomography images of human mucosa precancer
38. Linear wave-number spectrometer for spectral domain optical coherence tomography.
39. Methods of cross polarization OCT.
40. Optical coherence tomography: potentialities in clinical practice.
41. Blinded recognition of optical coherence tomography images of human mucosa precancer.
42. Potential application of optical coherence tomography for noninvasive monitoring of glucose concentration
43. Excimer laser ophthalmic system optical coherence tomography
44. Image degradation in OCT schemes with superbroadband probing light
45. Excimer laser ophthalmic system optical coherence tomography.
46. Potential application of optical coherence tomography for noninvasive monitoring of glucose concentration.
47. Optical coherence tomography in differential diagnosis of skin pathology.
48. Capabilities of optical coherence tomography in laryngology
49. OCT monitoring of pathophysiological processes
50. Polarization control in two-pass anisotropic optical systems with a new Faraday mirror
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