Voorbeelden van het gebruik van Doppler shift in het Engels en hun vertalingen in het Nederlands
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Identify spectral lines and measure Doppler shifts.
The Doppler shift is thus directly proportional to the velocity.
That is, the received signal has been increased in frequency by the Doppler shift.
This phenomenon is called a doppler shift, And the exact same thing happens with light.
is called doppler shift.
The direct evidence is the Doppler shift of the spectral lines in the light coming from those galaxies.
receive frequency also known as the Doppler shift.
Touchstone was being used, I measured the Doppler shift for gravitational and radiation emissions.
Doppler shift is a shift of characteristics of a frequency spectrum(such as spectral lines) because of the doppler effect.
radiation emissions. the Touchstone was being used,… I measured the Doppler shift for.
A doppler shift of light to smaller frequencies is called redshift, and a doppler shift to greater frequencies blueshift.
For the portion of the surface with a radial velocity component toward the observer, the radiation is shifted to a higher frequency because of Doppler shift.
The“Big Bang” itself is assumed from Doppler shifts in spectra of light that suggests distant stars are receding from earth at approximately the same rate in all directions.
frequency(after correcting for the expected Doppler shift) is therefore a proof that other mechanisms must be responsible for the loss in energy.
A redshift is a doppler shift, of characteristics(such as spectral lines)
causing a Doppler shift in the composite spectrum.
The blueshift A blueshift is a doppler shift of distinguishing marks(such as spectral lines)
measuring how long it takes for some reflected radar waves to return or how much Doppler shift the reflected waves have.
There must be velocity coherence along the line of sight so that Doppler shifting does not prevent inverted states in different parts of the gain medium from radiatively coupling.
Doppler shift studies of galaxy clusters by Fritz Zwicky in 1937 found that most galaxies were moving much faster than seemed to be possible from what was known about the mass of the cluster.
that in objects with widely differing radial velocities the absorption bands were not affected by Doppler shifting, implying that the absorption was not occurring in
Careful analysis of the resulting tiny Doppler shifts showed that they indicated the presence of a planet with a mass at least 1.3 times that of the Earth,
The theory of an ever expanding universe came from astronomer Edwin Hubble's realization that the fact that light illustrating the Doppler shift toward the red end of the spectrum was present in all parts of the sky meant that stars in all directions were moving away from earth.