The primary beam also produces secondary electrons ( e " ).
2.
The interior is subdivided by radial primary beams intercalated with secondary beams.
3.
And secondly, what is the stuff in between the primary beams?
4.
The Primary Beam, called P42, is used for the production of the K + beam.
5.
Above the primary beams, slats of juniper and pi�on are placed laterally " latillas ".
6.
The fluorescence process is inefficient, and the secondary radiation is much weaker than the primary beam.
7.
The background signal in an XRF spectrum derives primarily from scattering of primary beam photons by the sample surface.
8.
An electron gun ( consisting of a cathode, grid, and anode ) is used to generate and accelerate the primary beam.
9.
The primary beam can transfer energy to electrons via elastic collisions with electrons and via inelastic collision processes such as impact ionization.
10.
The observer would alter the brightness of each of the three primary beams until a match to the test color was observed.
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