Multiple Resonance Ion Ejection at Arbitrary Frequencies
Researchers at Purdue University have developed systems and methods for the ejection of ions from an ion trap. Using double resonance ejection at any arbitrary fixed or varying frequency more than triples the resolution of the ion trap. Given this works on any arbitrary static or dynamic resonance frequency, it results in improved versatility and increased resolution regardless of frequency and method chosen.
Improved versatility Increased resolution Integrates into existing mass spectrometers that use ion trap mass analyzers
Mass spectrometry Biological research Chemical research Pharmaceutical research Chemical analysis
R. Graham CooksPurdue ChemistryAston Labs
United States
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美国
