Mass spectrometry experimental arrangement

A special experimental arrangement of double-focusing sector field mass spectrometry - the... 

The results reported by the different groups have all been obtained with experimental arrangements that differ greatly in the types of laser used, the wavelengths, time regime- and irradiances on the sample, in the sample geometry and sample preparation, the mass spectrometers and the detection systems. The most pertinent information on the different systems that have been successfully applied to organic mass spectrometry is compiled in ref. (). 

A special experimental arrangement of double-focusing sector field mass spectrometry - the Mattauch-Herzog type mass spectrometer has double-focusing properties for ions of all masses... 

The formation and fragmentation of M ions are ubiquitous processes in electron impact mass spectrometry. These radical cations are usually assumed to have similar bonding arrangements to their neutral precursors. A considerable amount of recent theoretical and experimental work indicates that this is not necessarily true. Indeed, radical cations... 

In Section 10.2 is discussed the principal idea of our novel SCSI-MS (Sympathetically-Cooled Single Ion Mass Spectrometry) technique for performing single-ion mass measurements in the light of already well-established techniques. This discussion is followed by both a description of the current experimental arrangement, used for single molecular ion experiments (Section 10.3), and an account of the... 

Zoriy, M., Kayser, M., Becker, J. S. (2008) Possibility of nano-local element analysis by near-field laser ablation inductively coupled plasma mass spectrometry (LA-ICP-MS) new experimental arrangement and first application. Int J Mass Spectrom, 273, 151-155. 

These experimental arrangements for kinetics studies are not specific to LMR they are widely used with other spectroscopic methods, such as EPR, LIF, mass spectrometry, etc. 

Kozlovski, V Brusov, V Sulimenkov, L Rikhtelev, A. Dodovov, A. Novel experimental arrangement developed for direct fullerene analysis by electrospray time-of-flight mass spectrometry. Rapid Common. Mass Spectrom. 2004, 18, 780-786. 

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