Spectrometer - Wikipedia, the free encyclopedia. In physics, a spectrometer is an apparatus to measure a spectrum. Generally, a spectrum is a graph that shows intensity as a function of wavelength, of frequency, of energy, of momentum, or of mass. Optical spectrometer. The deflection is produced either by refraction in a prism or by diffraction in a diffraction grating.
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Mass spectrometer. Alternatively, if the velocity is known, masses can be determined in a time- of- flight mass spectrometer. Magnetic spectrometer.
The momentum p of the particle is then given byp=mv=q. Br. The focussing principle of the oldest and simplest magnetic spectrometer, the semicircular spectrometer. Danisz, is shown on the left.
A constant magnetic field is perpendicular to the page. Charged particles of momentum p that pass the slit are deflected into circular paths of radius r = p/q. B. It turns out that they all hit the horizontal line at nearly the same place, the focus; here a particle counter should be placed. Varying B, this makes possible to measure the energy spectrum of alpha particles in an alpha particle spectrometer, of beta particles in a beta particle spectrometer. Generally, for an instrument with mechanical slits, higher resolution will mean lower intensity.