mass spectrometer
A mass spectrometer and mass analyzer technology, applied in the field of mass spectrometers, can solve the problems of sensitivity loss, difficulty in accurate analysis, etc.
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[0057] figure 1 A mass spectrometer 101 is shown comprising a number of elements including: an electrospray ion source 105; a lens arrangement 110; a quadrupole 115 with a beam blocker arrangement; an octupole 120; a high pressure chamber 125; a low pressure chamber 130; Curved ion trap (C-trap) 140; Higher energy collisional decomposition (HCD) chamber 145; Transfer multipole 150; Reagent ion source 155; Reagent inlet 160; Mass analyzer 165; Pressure controller 170; Gas type selector 175; controller 180; and gas supply 185, which includes supplies of various buffer gases, eg, helium (He), nitrogen (N2), and xenon (Xe). HCD chamber 145, C-trap 140, and mass analyzer 165, as well as other components of mass spectrometer 101, are connected to a vacuum system (not shown). In this example mass analyzer 165 is an Orbitrap TM ).
[0058] Gas type selector 175 is configured to allow controller 180 to select which gases in gas supply 185 should be supplied, and pressure controller ...
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