Discusses the nature of Fourier transform mass spectrometry and its unique combination of high mass resolution, high upper mass limit, and multichannel advantage. Examines its operation, capabilities and limitations, applications (ion storage, ion manipulation, ion chemistry), and future applications and developments. (JN)

Reviews applications of laser methods to analytical problems, selecting examples from multiphoton ionization and fluorescence analysis. Indicates that laser methodologies promise to improve dramatically the detection of trace substances embedded in "real" matrices, giving the analyst a most powerful means for determining the composition of…

Gives brief descriptions of new physics laboratory equipment and available literature describing laboratory equipment. (MLH)

Describes oscillograph-type laboratory recorders and accessory equipment such as paper drives, printing mechanisms, amplifiers, and integrators. (MLH)

Discusses how sophisticated instrumentation techniques yield practical results in three typical materials problems: fracture analysis, joining, and compatibility. Describes techniques such as scanning and transmission electron microscopy, and Auger spectroscopy. (MLH)

This entire issue is devoted to a listing of available laboratory instruments and equipment. Names of instruments appear in alphabetical order; names of manufacturers of each instrument appear under each instrument entry, and a separate section lists manufacturers' addresses. (MLH)

Comparisons between three amplification systems of signals from photoelectric detectors are made. (RR)