Difference between Mass Spectrometer and Spectrometer

MASS SPECTROMETER vs SPECTROMETER: NOUN

A device used in mass spectrometry to discover the mass spectrum of a given substance.
An analytical instrument which determines the mass of molecules of a substance or fragments of its molecules. It functions by injecting ionized moecules or molecular gragments into a vacuum chamber subjected to a strong magnetic field, in which charged particles move in a curved trajectory.
A mass spectroscope that records its data electronically.
Spectroscope for obtaining a mass spectrum by deflecting ions into a thin slit and measuring the ion current with an electrometer

An optical instrument for measuring the absorption of light by chemical substances; typically it will plot a graph of absorption versus wavelength or frequency, and the patterns produced are used to identify the substances present, and their internal structure.
A spectroscope fitted for measurements of the luminious spectra observed with it.
An instrument used chiefly to measure the angular deviation of light-rays in passing through a prism, and hence to determine the refractive indices of the substance of which the prism is formed.
A spectroscope equipped with scales for measuring wavelengths or indexes of refraction.
Spectroscope for obtaining a mass spectrum by deflecting ions into a thin slit and measuring the ion current with an electrometer

Electrophoresis, Analyzer, Ionization, Chromatography, Fluorescence, Quadrupole, Electron microscopy, Microscopy, Photometer, Gas chromatography, Nuclear magnetic resonance, Spectrophotometer, Spectroscopic, Spectroscopy, Spectrometer

Spectro, Nuclear magnetic resonance, Astronomical telescope, Polarimeter, Infrared, Detector, Monochromator, Radiometer, Interferometer, Photometer, Spectrophotometer, Spectroscopic, Bruker, Spectroscopy, Mass spectrometer

Electrophoresis, Analyzer, Ionization, Chromatography, Fluorescence, Quadrupole, Electron microscopy, Microscopy, Photometer, Gas chromatography, Nuclear magnetic resonance, Spectrophotometer, Spectroscopic, Spectroscopy, Spectrometer

Spectro, Nuclear magnetic resonance, Astronomical telescope, Polarimeter, Infrared, Detector, Monochromator, Radiometer, Interferometer, Photometer, Spectrophotometer, Spectroscopic, Bruker, Spectroscopy, Mass spectrometer

Its isotopic composition would be measured with a mass spectrometer to determine its average relative atomic mass.
As we have just seen, incorporating more than one mass analyzer greatly enhances the capabilities of a mass spectrometer.
Mass spectrum data can be generated for the acquired tissue samples using a mass spectrometer.
An instrument called a mass spectrometer is used to calculate relative atomic mass.
Mass detection and quantification were performed by a triple quadrupole tandem mass spectrometer.
Mass spectrometry The mass spectrometer has become a very important detector in GC.
Mass spectrometry data were acquired by Q Exactive mass spectrometer in HCD mode.
The nuclear mass can be determined using a mass spectrometer.
The mass spectrometer, NMR spectrometer and the optical spectrometer are the three most common types of spectrometers found in research labs around the world.
TOF mass spectrometer and an Ion Trap mass spectrometer.

UVPD and HCD on an Orbitrap mass spectrometer.
Standoff spatial heterodyne Raman spectrometer for mineralogical analysis.
Portable Spectrometer: IRMA Integrating Dose Meter from BNL.
TOF mass spectrometer manufactured by Bruker Scientific, LLC.
MHz NMR spectrometer at the University of Delaware.
Fisher LTQ XL linear ion trap mass spectrometer.
TOF mass spectrometer and an Ion Trap mass spectrometer.
You will calibrate your spectrometer with helium gas, and then use you spectrometer to measure the emissions of hydrogen.
Vis spectrometer may also be referred to as a spectrophotometer or absorption spectrometer.
The mass spectrometer, NMR spectrometer and the optical spectrometer are the three most common types of spectrometers found in research labs around the world.