An optical coherence microscope with enhanced resolving power in thick tissue
JM Schmitt, SL Lee, KM Yung - Optics Communications, 1997 - Elsevier
JM Schmitt, SL Lee, KM Yung
Optics Communications, 1997•ElsevierA new configuration of an optical coherence microscope for high-resolution imaging of
biological tissues and other scattering materials is described. The microscope employs
multiple sources and detectors combined with high-numerical-aperture optics to suppress
speckle fluctuations and enhance resolution. Results of experiments on living tissue and
tissue phantoms are presented to demonstrate the design principles of the microscope and
to compare its performance to that of a conventional optical coherence microscope.
biological tissues and other scattering materials is described. The microscope employs
multiple sources and detectors combined with high-numerical-aperture optics to suppress
speckle fluctuations and enhance resolution. Results of experiments on living tissue and
tissue phantoms are presented to demonstrate the design principles of the microscope and
to compare its performance to that of a conventional optical coherence microscope.
A new configuration of an optical coherence microscope for high-resolution imaging of biological tissues and other scattering materials is described. The microscope employs multiple sources and detectors combined with high-numerical-aperture optics to suppress speckle fluctuations and enhance resolution. Results of experiments on living tissue and tissue phantoms are presented to demonstrate the design principles of the microscope and to compare its performance to that of a conventional optical coherence microscope.
Elsevier
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