Fourier transform mass spectrometry will play an important role in the future because of its
unique combination of high mass resolution, high upper mass limit, and multichannel …

A method for collision-activated dissociation (CAD) involving Fourier transform mass
spectrometry (FTMS) is described. In conventional FTMS-CAD an ion is translationally …

INTRODUCTION This review covers the period from 1980, when a review on ICR
instrumentation and theory by the same author appeared {I}, until early 1984. A …

Sir: The ability to perform collision-induced dissociation (CID) in a Fourier transform mass
spectrometer (FTMS) greatly enhances its potential as an analytical instrument (1-3). Indeed …

Experiments performed by the authors during the last year have demonstrated the feasibility
of a new analytical instrument called a tandem quadrupole-Fourier transform mass …

Abstract Development of a differentially-pumped, dual-cell geometry, coupled with the
evolution of pulsed-laser desorption and Cs+-secondary-ion mass spectrometric (sims) …

Picomole samples of the linear peptide gramicidin D and cyclic peptide gramicidin S are
shown to be impure by the laser-desorption formation of multiple groups of molecular adduct …

Sir: Recent advances in Fourier transform mass spec-trometry (FTMS) show the promise of
the technique in analytical chemistry. Newer applications include exact mass measurements …

By combining an external Xe+ ion secondary ion mass spectrometry (SIMS) source with a
Fourier transform mass spectrometer, a new and versatile instrument has been created that …

A novel means of effecting collision‐induced dissociation of molecular ions for use in
conjuction with Fourier‐transform ion cyclotron resonance (FT‐ICR) mass spectrometry is …