Examples of using Diffraction in English and their translations into Hebrew
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It wasn't just diffraction.
Laser Diffraction Particle Sizing.
This phenomena is called diffraction.
This constraint is termed as the diffraction limit, and it happens because of the wave properties of light.
This phenomenon is called diffraction.
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Other tests could include X-ray powder diffraction(XRPD) and differential scanning calorimetry(DSC).
Newton also at this time carried out experiments on refraction and diffraction of light.
The" Molecular Diffraction of Light".
The diffraction lab contains the instrumentation used by structural biologists to obtain their experimental data.
This is the basis of diffraction phenomenon.
Since the 1920s, X-ray diffraction has been the principal method for determining the arrangement of atoms in minerals and metals.
But we will know more once I do another diffraction scan as a comparison.
There also arise bending, diffraction, refraction and reflection of all electromagnetic beams, occuring there.
The interaction or interference can be in the form of light scattering, reflection,refraction, diffraction, absorption or transmission.
In 1818, he wrote a memoir on diffraction for which in the ensuing year he received the prize of the Académie des Sciences at Paris.
In addition, uncontrollable light radiation from scattering and diffraction both will impact then reduce light emission.
With an advanced electron diffraction technique, the researchers were able to find out the precise atomic scale structure of their.
In the summer of 1930 Pauling made another European trip,learning about the use of electrons in diffraction studies similar to the ones he had performed with X rays.
In 1818 he wrote a treatise on diffraction, for which he received the prize of the Académie des Sciences at Paris the following year.
He demonstrated, by computer simulation, that the model could produce diffraction patterns that matched those that I had observed in the electron microscope.
Laser Diffraction: The Microtrac S3500 employs the patented Tri-laser technology to provide accurate, reliable particle size information.
In 1937, William Astbury produced the first X-ray diffraction patterns that showed that DNA had a regular structure.
Laser diffraction, a spatial sampling method, relies on the principle of Fraunhofer diffraction, which is caused by the light interacting with the drops in the spray.
During 1914- 1915,Debye calculated the effect of temperature on X-ray diffraction patterns of crystalline solids with Paul Scherrer(the“Debye- Waller factor”).
Another way to produce a diffraction grating is with tree-shaped arrays of chitin, as in the wing scales of some of the brilliantly coloured tropical Morpho butterflies(see drawing).
X-ray crystallography is a technique that uses x-ray diffraction patterns to determine high-resolution, three-dimensional structures of molecules such as proteins, small organic molecules, and materials.
With an advanced electron diffraction technique, the researchers were able to find out the precise atomic scale structure of their thin films.
Here he produced novel work on the diffraction of atoms(using crystal surfaces) and also proved that the magnetic moment of the proton was much larger than had been previously supposed.
Super-resolution microscopy overcomes the diffraction limit of light and allows investigators to study subcellular structures in greater detail than is possible with a confocal microscope.