The retrieval of ozone`s absorption coefficient in the stratosphere
... components provide information of the surface morphology and internal structure due to the interaction of light with matter. This approach is useful because make it possible to propose a diagnosis of the medium in a noninvasive way. In the simulation process through the modified MCML, the input is f ...
... components provide information of the surface morphology and internal structure due to the interaction of light with matter. This approach is useful because make it possible to propose a diagnosis of the medium in a noninvasive way. In the simulation process through the modified MCML, the input is f ...
Department of Physics, Technical University Ostrava 17. listopadu
... dispersion balanced interferometers our measurement techniques are characterized by the range of measurable distances dependent on the amount of dispersion in the interferometer [13–15]. We have also demonstrated [15] that processing of the recorded spectral interferograms using a leastsquares metho ...
... dispersion balanced interferometers our measurement techniques are characterized by the range of measurable distances dependent on the amount of dispersion in the interferometer [13–15]. We have also demonstrated [15] that processing of the recorded spectral interferograms using a leastsquares metho ...
Determination of the transfer function for optical surface topography
... been an important problem since this can play a crucial role in controlling manufacturing procedures and allowing quality control of components such as MEMS wafers, industrial coatings, optical lenses and machined parts. Furthermore, in many situations information gained from surface topography data ...
... been an important problem since this can play a crucial role in controlling manufacturing procedures and allowing quality control of components such as MEMS wafers, industrial coatings, optical lenses and machined parts. Furthermore, in many situations information gained from surface topography data ...
How does a confocal microscope work
... Imagine we have some lenses inside the microscope, that focus light from the focal point of one lens to another point. This is represented by the blue rays of light in the above picture. The red rays of light represent light from another point in the sample, which is not at the focal point of the le ...
... Imagine we have some lenses inside the microscope, that focus light from the focal point of one lens to another point. This is represented by the blue rays of light in the above picture. The red rays of light represent light from another point in the sample, which is not at the focal point of the le ...
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... emergence of a scattering maximum, suggesting the development of ion-rich microdomains or clusters. Although the noise level of the invariant data is rather high, the observed transition is nonetheless important, since it is clearly indicative of the development of microphase separation at the trans ...
... emergence of a scattering maximum, suggesting the development of ion-rich microdomains or clusters. Although the noise level of the invariant data is rather high, the observed transition is nonetheless important, since it is clearly indicative of the development of microphase separation at the trans ...
Recent advances in diffuse optical imaging
... Recently, the emphasis of research in medical imaging with diffuse light has moved away from the pursuit of high (∼ mm) spatial resolution and towards functional imaging. It is widely appreciated that diffuse optical imaging can never compete in terms of spatial resolution with anatomical imaging te ...
... Recently, the emphasis of research in medical imaging with diffuse light has moved away from the pursuit of high (∼ mm) spatial resolution and towards functional imaging. It is widely appreciated that diffuse optical imaging can never compete in terms of spatial resolution with anatomical imaging te ...
Generalizing the Confocal Microscope via Heterodyne Interferometry and Digital Filtering
... The confocal microscope was first considered by Minsky(1957), and since by many others; Sawatari(1973) was the first to build a heterodyne interference microscope, and a later version with phase sensitivity has been developed by Peterson et al.(1984) at about the time of our early work. Both of thes ...
... The confocal microscope was first considered by Minsky(1957), and since by many others; Sawatari(1973) was the first to build a heterodyne interference microscope, and a later version with phase sensitivity has been developed by Peterson et al.(1984) at about the time of our early work. Both of thes ...
Fluorescence Microscopy
... microscope, to details of cellular events with a variety of present-day sophisticated imaging systems (Hell 2009). The current drive is to watch living events with ever more spatial and temporal resolution. The development of numerous transmitted light microscopy approaches, including techniques suc ...
... microscope, to details of cellular events with a variety of present-day sophisticated imaging systems (Hell 2009). The current drive is to watch living events with ever more spatial and temporal resolution. The development of numerous transmitted light microscopy approaches, including techniques suc ...
Optical properties of the human tissue
... This method includes inverse adding-doubling (IAD) method developed by Prahl et al (Prahl S.A., et al. // Appl. Opt., 1993, Vol. 32(4), P. 559-568) and inverse Monte Carlo simulations. The IAD method is widely used in tissue optics for processing the experimental data of spectrophotometry with integ ...
... This method includes inverse adding-doubling (IAD) method developed by Prahl et al (Prahl S.A., et al. // Appl. Opt., 1993, Vol. 32(4), P. 559-568) and inverse Monte Carlo simulations. The IAD method is widely used in tissue optics for processing the experimental data of spectrophotometry with integ ...
