diffraction
US /dɪ'frækʃn/
・UK /dɪ'frækʃn/
C1
n. (u.)Uncountable NounBending light, etc. around something/through a hole
Many artists use diffraction to create their pieces
Video subtitles
How Do We Know What Air is Like on Other Planets?
- If we then split the transmitted or scattered light apart into its constituent colors using a prism or diffraction grading, we can see a molecule's light absorption fingerprint, or its light emission fingerprint.
If we then split the transmitted or scattered light apart into its constituent colors using a prism or diffraction grading, we can see a molecule's light absorption fingerprint, or its light emission fingerprint.
- into its constituent colors using a prism or diffraction grating, we can see a molecule’s
into its constituent colors using a prism or diffraction grating, we can see a molecule’s
2025年1月18日
- The induced phase difference changes as a function of wavelength, thus allowing wavelength-dependent color separation from interference and diffraction phenomena.
The induced phase difference changes as a function of wavelength, thus allowing wavelength-dependent color separation from interference and diffraction phenomena.
- The induced phase difference changes as a function of wavelength, thus allowing wavelength-dependent color separation from interference and diffraction phenomena.
The induced phase difference changes as a function of wavelength, thus allowing wavelength-dependent color separation from interference and diffraction phenomena.
How Can You See an Atom?
- This reflection and interaction of light rays is called diffraction.
This reflection and interaction of light rays is called diffraction.
- X-ray diffraction, sometimes called X-ray crystallography, has led to dozens of Nobel Prizes for chemists since the 1920s.
X-ray diffraction, sometimes called X-ray crystallography, has led to dozens of Nobel Prizes for chemists since the 1920s.
Fresnel Diffraction Explained
- So in this video, we're gonna talk about Fresnel diffraction, or Fresnel propagation.
So in this video, we're gonna talk about Fresnel diffraction, or Fresnel propagation.
- So in this video we're going to talk about Fresnel diffraction, or Fresnel propagation,
So in this video we're going to talk about Fresnel diffraction, or Fresnel propagation,
The Magnetic Shadow Effect
- At first I wondered if perhaps this phenomenon has something to do with the wave nature of light—diffraction and interference and all that—but it's actually much more straightforward.
At first I wondered if perhaps this phenomenon has something to do with the wave nature of light—diffraction and interference and all that—but it's actually much more straightforward.
- At first I wondered if perhaps this phenomenon has something to do with the wave nature of light, diffraction and interference and all that, but it's actually much more straightforward.
At first I wondered if perhaps this phenomenon has something to do with the wave nature of light, diffraction and interference and all that, but it's actually much more straightforward.
Why Some Rainbows Turn White
- and that's what makes all the diffraction—I mean, all the difference.
and that's what makes all the diffraction—I mean, all the difference.
- And that's what makes all the diffraction, I mean all the difference.
And that's what makes all the diffraction, I mean all the difference.
From Discovery to Impact in Healthcare
- Now, of course, since we're using an optical microscope, our spatial resolution is limited by the so-called diffraction limit, which is on the order of hundreds of nanometers.
Now, of course, since we're using an optical microscope, our spatial resolution is limited by the so-called diffraction limit, which is on the order of hundreds of nanometers.
- That means if you have one molecule or 10 molecules all within this diffraction limit, they all appear as this blurry bright spot.
That means if you have one molecule or 10 molecules all within this diffraction limit, they all appear as this blurry bright spot.
Sony RX10 V Review: I Had Such High Hopes For This
- Otherwise, you get diffraction.
Otherwise, you get diffraction.
How Far Can Legolas See?
- will become spread out by a process known as diffraction, which for light, essentially
will become spread out by a process known as diffraction, which for light, essentially
- and a human-sized pupil, diffraction limits us to at best be able to distinguish objects
and a human-sized pupil, diffraction limits us to at best be able to distinguish objects
How To Find Out If Your Gold is Gold
- So doodling with your rock removes the diffraction and contamination factors, meaning that the streak color will be the same no matter what.
So doodling with your rock removes the diffraction and contamination factors, meaning that the streak color will be the same no matter what.