Examples of using Diffraction limit in English and their translations into Dutch
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Note XY resolution beyond the diffraction limit.
The diffraction limit is also a function of the wavelength of light.
Resolution below the diffraction limit becomes possible.
Aspheric Lenses Aspheric lenses are designed to be diffraction limited.
With the Macro diffraction limit calculator you know when this is the case.
System for the investigation of optical properties beyond the diffraction limit.
This is below the diffraction limit of conventional microscopes 250 nanometers.
Conventional microscopy is limited by the Abbe's diffraction limit of 250 nm.
Fluorescent The diffraction limit was long thought to be a hard boundary,
Optical characterization can now be performed with resolution far beyond the diffraction limit.
The BioLyser SNOM overcomes the diffraction limit of conventional optical microscopes.
80% of the signal is focused onto a diffraction limited region.
The small focused laser beam is diffraction limited which means that there is no stray lateral interference,
The short wavelength of UV light helps to improve the image resolution beyond the diffraction limit of optical microscopes using normal white light.
it is unable to avoid the issue that other conventional forms of microscopy face- it cannot exceed the diffraction limit.
any point source of light that is smaller than the diffraction limit will appear to be blurry
near-field imaging beyond the diffraction limit.
They are also the economical choice in high f-number, diffraction limited systems where lens shape has virtually no effect on system performance.
The high frequency image extracted from the raw data can have almost double the resolution of the conventional diffraction limited microscopes.
However, many subcellular biological structures lie below the diffraction limit of visible light,
Super-resolution microscopy is based on the knowledge that the position of a single fluorophore can be located much more precisely than the~200 nm range dictated by the diffraction limit.
The technique has a vast array of applications but due to its inability to go beyond the diffraction limit, low-resolution imaging has always been an issue with its usage.
This is the"Abbe limit" or"diffraction limit" for microscopy due to which scientists could not clearly visualize structures smaller than 200 nm half the wavelength of far blue light,
how an object smaller than the diffraction limit appears under certain imaging conditions.
Super-resolution(SR) fluorescence microscopy encompasses a variety of techniques that can exceed the diffraction limit- the point at which molecular nanostructures can be distinguished from one another.
very short wavelength and the possibility to create images of a sample with even higher resolution, beyond the diffraction limit of visible and UV light.
Reaching nearest to the limit of diffraction.
However, the light sheet is limited by diffraction.