Examples of 'diffraction limit' in a sentence
Meaning of "diffraction limit"
The 'diffraction limit' is a concept in physics that refers to the maximum resolution of an optical system, determined by the principles of diffraction. It describes the ability of an optical system to distinguish between two closely spaced objects. This term is often used in the context of microscopy, photography, and astronomy
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- The minimum angular separation of two sources that can be distinguished by a telescope (depending on the wavelength of the light being observed and the diameter of the telescope).
How to use "diffraction limit" in a sentence
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diffraction limit
Resolution below the diffraction limit becomes possible.
Using a wider aperture to stay below the diffraction limit.
By the diffraction limit.
Image quality very close to the diffraction limit.
The Abbe diffraction limit for a microscope.
Plasmonics beyond the diffraction limit.
Also, light has a diffraction limit restricting how small it can be focused.
This enables imaging well below the diffraction limit.
However, the diffraction limit increases and the maximum lateral resolution also decreases.
This is called the diffraction limit.
Super-resolution techniques allow images to be taken with a higher resolution than the diffraction limit.
This mode allows to reach the diffraction limit of the telescope.
Silicon plasmonics offers optical mode sizes down to a fraction of the diffraction limit.
However, the diffraction limit again increases in this case and the maximum lateral resolution decreases.
It is bounded by the diffraction limit.
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This is below the diffraction limit of conventional microscopes which is 250 nanometers.
This image quality is very close to the diffraction limit.
Angular Resolution and Diffraction Limit What level of fine detail can be detected?
The focus spot size is then primarily determined by the diffraction limit.
However, the acousto-optic requirements for Bragg diffraction limit the frequency range of acousto-optic interaction.
This yields a spatial resolution that is well below the optical diffraction limit.
The conventional microscopy is limited by the diffraction limit which is 250 nanometers.
In principle, light can not be channeled efficiently through spaces smaller than the diffraction limit.
Fig . 9A through F compare the modulation transfer frequency to the diffraction limit in a lens-grope system.
Within one million wavelengths, focusing can be achieved within a reasonable approximation of the diffraction limit.
Scientists achieved record-breaking super-resolution beyond the diffraction limit of light ( down to 50 nanometres ).
In this case, the resolution limit is given by the acoustic diffraction limit.
This advance required them breaking a physical barrier known as the diffraction limit of light.
A superlens, or super lens, is a lens which uses metamaterials to go beyond the diffraction limit.
By shortening the light 's wavelength, the scientists reduced and overcame the diffraction limit.
And that 's how we can achieve color with resolution beyond the diffraction limit.
Such embodiment can give a net performance of 0.5 mm field with less than 0.7 µm diffraction limit.
Note the scale division of 0.2 micrometres, equivalent to Abbe 's diffraction limit.
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