Mass Spectrometry

The author provides advice for those in the market for a new mass spectrometer.

A preview of this year's 50th American Society of Mass Spectrometry (ASMS) Conference on Mass Spectrometry and Allied Topics in Orlando, June 2-6, 2002.

This article discusses how quadrupole time-of-flight mass spectrometry was used to measure the intact molecular weights of large proteins and some noncovalent protein complexes.

The authors describe how quadrupole time-of-flight mass spectrometry was used to measure the intact molecular weights of large proteins and some noncovalent protein complexes.

Spectroscopy's annual overview of new instrumentation presented at the PittCon conference.

This column gives details regarding the 50-year celebration for the Annual Conference on Mass Spectrometry.

The tenth installment of this ongoing series.

This article describes several sampling accessories, designed by the authors, that allow a variety of combinatorial systems to be analyzed.

This article is the first installment in a two-part series that describes a novel spectrofluorometric method.

News feature on spectroscopy in an unusual application.

A Look at Spectroscopists' Incomes and Attitudes about Their Jobs

This article discusses the sales of analytical and life science instrumentation in 2001.

Guest editorial

Products showcase for PittCon.

This column is the ninth installment in this ICP-MS series.

This month's column contains an extensive list of mass spectrometry-related acronymns and abbreviations.

Part three in the author's ongoing series about validating spectrometry software.

This installment concludes the author's three-part series by discussing the spectroscopic applications of the Raman effect.

This article describes the use of Raman microscopy to investigate historical mysteries in rock art and frescoes.

Guest editorial

This article reviews the principles and major applications of step-scan Fourier transformyy}infrared spectroscopy, an important means for solving challenging problems in many areas of science and technology.

This installment of the series discusses the most recent mass separation device to be commercialized, time-of-flight technology.

This article describes how ultratrace aluminum analysis of two nutritional intravenous solution components with limited water solubility can be performed by graphite furnace atomic absorption spectroscopy (GFAAS) with dissolution in 1-propanol.

This column continues the series dealing with the rigorous derivation of the expressions relating the effect of instrument (and other) noise to their effects to the spectra observed.

The seventh part of the ICP-MS series continues the discussion of mass separation devices with information about double-focused magnetic-sector technology.

Theory of Raman Spectroscopy

Part six of the ICP-MS series discusses the mass analyzer.

The fifth part of the series on ICP-MS discusses the ion focusing system.

The fourth part of the series on ICP-MS focuses on the interface region.

The third part of the series on ICP-MS focuses on the plasma source.