Examples of using Spectroscope in English and their translations into Arabic
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Computer
Lee, get the spectroscope.
Spectroscope HSM-5 used for.
It's called a spectroscope.
Gamma spectroscopes(Target Nanospec).
Grating Gem Spectroscope.
The spectroscope is a tool for examining which parts of white light are absorbed by a gemstone.
Lee, get the spectroscope.
The Raman spectroscope uses lasers and light diffusion to measure minute changes in chemical composition.
Home ProductsGem Spectroscope.
Now, this is a spectroscope, OK, on my laboratory bench.
And he did it without a spectroscope.
When you look at a star with a spectroscope, you see the dark lines from all the elements in its atmosphere.
And he did it without a spectroscope.
When you look at a star with a spectroscope, you see the dark lines from all the elements in its atmosphere.
Dressler used an instrument called a spectroscope.
I will also need a spectroscope and a centrifuge.
There are other ways, but they don't know about spectroscopes.
Then, in 1875, a French chemist used a spectroscope to identify just such an element- gallium.
Now, the slight fly in the ointment is this: that if we smell molecular vibrations,we must have a spectroscope in our nose.
The spectroscope shows the centre of the galaxy as a white band and the movement of stars around the core is traced by a dark vertical line.
Bob Jacklovich and John Lamb at Ford Motor Company, in the days when Ford Motor was spending vast amounts of money on fundamental research,discovered a way to build a spectroscope that was intrinsically nano-scale.
When a gemstone is observed with a spectroscope, the absorbed parts show as dark lines and/or bands in the spectroscope image.
The pattern of dark vertical lines, bands, or areas(broad absorption), seen when light which has been transmitted or reflected from a gemstone is dispersed into its spectral components andexamined using an instrument such as a spectroscope.
You give them airplanes, spectroscopes and things like that so they can educate kids in spectral analysis and magnetometers, and all the things they don't know exist.
Canada is also a participant in the FUSE(Far Ultra-violet Spectroscopic Explorer) programme, along with the United States and France,to create a space-borne astronomical spectroscope to observe the FUV wavelength region, which contains a wealth of yet unexplored astrophysical information.
In space astronomy, Canada is collaborating on a joint programme, FUSE(Far Ultra-violet Spectroscopic Explorer),with the United States and France to create a space-borne astronomical spectroscope to observe the FUV wavelength region which contains a wealth of astrophysical information, yet is one of the least explored.