Lasers and Mass Spectrometry

C.H. Chen et al : Isotopically selective counting of atoms and molecules using resonance ionization spectroscopy; J.E. Parks: Surface analysis using resonance ionization spectroscopy; C.H. Becker: The analysis of inorganic and organic surfaces by ionization of desorbed neutrals with untuned ultraviolet and vacuum ultraviolet lasers; N.S. Nogar & R.C. Estler: Laser desorption/laser ablation with detection by resonance ionization mass spectrometry; R.W. Odom & B. Schueler: Laser microprobe mass spectrometry; J.J. Morelli: Laser micro mass spectrometry for direct analysis of coal macerals; D.P. Land t al: Post-ionization of laser-desorbed neutrals for the analysis of molecular adsorbates on surfaces; P. Arrowsmith: Applications of laser ablation; K.R. Hess & W.W. Harrison: Laser ablation and ionization studies in a glow discharge; W. Emary et al: Lasers for the generation and excitation of ions in tandem mass spectrometry; R.R. Weller et al: Combining lasers with Fourier transform ion cyclotron resonance mass spectrometry; M.P. Chiarelli & M.L. Gross: Lasers and Fourier transform mass spectrometry; L.M. Nuwaysir & C.L. Wilkins: Lasers coupled with Fourier transform mass spectrometry; R.B. Cody et al : Applications of laser desorption/Fourier transform mass spectrometry to polymer and surface analysis; J. Shabanowitz & D.F. Hunt: Laser photodissociation on a tandem quadrupole Fourier-transform mass spectrometer; D.M. Lubman & L. Li: Resonant two-photon ionization spectroscopy of biological molecules in supersonic jets volatilized by pulsed laser desorption; M.S. de Vries et al: Analysis of organic molecules on surfaces; T.R. Rizzo & D.H. Levy: Multiphoton ionization spectroscopy of biologically related molecules in supersonic molecular beam; J.W. Hager & S.C. Wallace: Two-colour threshold photoionization spectroscopy of polyatomic molecules and clusters; T.A. Cool: Combustion species detection by resonance enhanced ionization; J.A. Syage: New developments in molecular detection by supersonic molecular beam, laser mass spectrometry; R.B. Opsal: Resolution and sensitivity in laser ionization mass spectrometry; S. Weeks et al: Multidimension, resonance enhanced multiphoton ionization time-of-flight mass spectrometry for characterizing environmental and biological samples for polycyclic aromatic compounds.