Examples of using The diffraction in English and their translations into Japanese
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Programming
This is the back focal plane of the microscope, and is where the diffraction pattern is formed.
In this study, a 200 ns pulse voltage was applied once and then the diffraction profile was recorded.
After that, a single pulse with a slightly smaller width was applied and the diffraction profile was recorded again.
Because of the interference, the diffraction signal from the bacterial cell was confirmed to be enhanced by one order of magnitude.
A Corona is caused by the diffraction of light due to particulate matter in the atmosphere, and appears as a rainbow colored circle.
By interference between the diffraction X-rays from the biological sample and gold particles, the diffraction signals from the biological sample are enhanced to a detectable level.
Depending on the diffraction angle and orientation of a grating in the plate, one can distinguish several types of VBG diffractive optical elements.
By manipulating the magnetic lenses of the microscope, the diffraction pattern may be observed by projecting it onto the screen instead of the image.
On the other hand, infrared microspectroscopy does not compare with Raman, because of its low spatial resolution(5-10 μm) due to the diffraction limit.
A region within an extremely small angle in the diffraction patterns cannot be observed because of a beamstop that protects the detector from intense X-ray pulses.
It took us five years to grow and screen hundreds of potential crystals, and finally we obtained the diffraction data at high resolution," Nai-Chi Chen expressed.
In(a)(b), no change of the diffraction pattern was detected down to low temperatures, indicating clearly that the Jahn-Teller distortion, which freezes orbital degree of freedom, does not occur.
He did, however, explain the phenomenon of the diffraction of light(which had been observed by Francesco Grimaldi) by allowing that a light particle could create a localised wave in the aether.
By analysing the diffraction pattern from the fibres, the helical symmetry of the molecule can be determined and, in favourable cases, one can make a basic model for the 3D structure of the molecule.
Confocal Raman imaging provides chemical information, AFM detects topography, structure, and physical properties such as stiffness, adhesion, etc. of the sample's surface, and SNOM high-resolution measurements can optically reach beyond the diffraction limit.