Examples of using Diffraction in English and their translations into Hebrew
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
-
Programming
With an advanced electron diffraction technique, the researchers were able to find out the precise atomic scale structure of their thin films.
In 1937, William Astbury produced the first X-ray diffraction patterns that showed that DNA had a regular structure.
This constraint is termed as the diffraction limit, and it happens because of the wave properties of light.
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.
This constraint is referred to as the diffraction limit, and it occurs because of the wave properties of light.
The fact that DNA produced a diffraction pattern indicated that it also had a regular structure and it might be feasible to deduce it.
With an advanced electron diffraction technique, the researchers were able to find out the precise atomic scale structure of their.
Since the 1920s, X-ray diffraction has been the principal method for determining the arrangement of atoms in minerals and metals.
that the model could produce diffraction patterns that matched those that I had observed in the electron microscope.
who independently discovered electron diffraction at about the same time as Davisson.
In fact, almost every bright dot in this image is a galaxy- the few foreground stars are clearly distinguishable due to the diffraction spikes that overlay their images.
we can control diffraction, and now we have a great shadow.
A good way to determine the elements of the tensor is to study the expansion by x-ray powder diffraction.
all the atoms are, and they form this diffraction pattern.
In fact, almost every bright dot in this image is a galaxy- the few foreground stars are clearly distinguishable due to the diffraction spikes that overlay their images.
since the basis of the method, as with X-ray diffraction, is the exposure of the patient with X-rays.
later reproduce an image created as a result of interference and diffraction of the reflected light.
revised his books on electron diffraction, Materiewellen und ihre Interferenzen,
such as electron backscatter diffraction(EBSD), do not possess the required spatial resolution due to the large interaction volume between the electrons from the beam and the atoms of the material.
In the summer of 1930, Pauling made another European trip, during which he learned about the use of electrons in diffraction studies similar to the ones he had performed with X-rays.