1D imaging properties of a reflecting confocal scanning microscope equipped with a superresolving mask are compared to the corresponding free-pupil instrument in the context of subtractive coherent imaging. Enhanced images are obtained that are shown to be not degraded by the losses caused by the filter
Abstract Background The common formation of images in CSLM assumes mechanically scanned object place...
We report a scheme for a detector system of confocal microscopes. In our scheme the pinhole and the ...
We present a new method of superresolving pupil-plane filter design in confocal microscopy in which ...
An approach to achieve superresolution in confocal scanning microscopy by using the singular-system ...
Two novel superrresolving scanning microscopes, one of which uses coherent imaging and the other inc...
Subtractive imaging in confocal fluorescence light microscopy is based on the subtraction of a suita...
We report a scheme for the detector system of confocal microscopes in which the pinhole and a large-...
[EN] We report a scheme for the detector system of confocal microscopes in which the pinhole and a l...
For pt.I see ibid. vol.3, p.195 (1987). The authors have shown that the resolution of a confocal sca...
Abstract. In several previous papers we have shown that the resolution of a confocal scanning micros...
If the pinhole placed at the focus of a microscope objective to spatially filter a laser beam is rep...
Theory describing a super-resolution microscopy experiment using temporally and spatially coherent s...
We present the implementation of a confocal scanning microscope in which the signal detection is per...
A culmination of theory, techniques and devices stemming from a wide variety of sources and discipli...
Re-scan confocal microscopy (RCM) is a new super-resolution technique based on a standard confocal m...
Abstract Background The common formation of images in CSLM assumes mechanically scanned object place...
We report a scheme for a detector system of confocal microscopes. In our scheme the pinhole and the ...
We present a new method of superresolving pupil-plane filter design in confocal microscopy in which ...
An approach to achieve superresolution in confocal scanning microscopy by using the singular-system ...
Two novel superrresolving scanning microscopes, one of which uses coherent imaging and the other inc...
Subtractive imaging in confocal fluorescence light microscopy is based on the subtraction of a suita...
We report a scheme for the detector system of confocal microscopes in which the pinhole and a large-...
[EN] We report a scheme for the detector system of confocal microscopes in which the pinhole and a l...
For pt.I see ibid. vol.3, p.195 (1987). The authors have shown that the resolution of a confocal sca...
Abstract. In several previous papers we have shown that the resolution of a confocal scanning micros...
If the pinhole placed at the focus of a microscope objective to spatially filter a laser beam is rep...
Theory describing a super-resolution microscopy experiment using temporally and spatially coherent s...
We present the implementation of a confocal scanning microscope in which the signal detection is per...
A culmination of theory, techniques and devices stemming from a wide variety of sources and discipli...
Re-scan confocal microscopy (RCM) is a new super-resolution technique based on a standard confocal m...
Abstract Background The common formation of images in CSLM assumes mechanically scanned object place...
We report a scheme for a detector system of confocal microscopes. In our scheme the pinhole and the ...
We present a new method of superresolving pupil-plane filter design in confocal microscopy in which ...
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