Abstract
After reviewing some of the structural problems that high-resolution electron microscopy (HREM), either alone or in concert with allied, electron-based techniques, is unlikely to be able to clarify, a summary of problems for which the technique is of unique value is presented with the aid of illustrative examples. These are drawn from the study of zeolites and other aluminosilicates, Fisher-Tropsch and other catalysts, carbon and graphite including various intercalates of the latter, defective diamonds, shape-selective sorbents and quasi-crystalline solids. Additional techniques with which HREM may be readily combined (electron-energy-loss and X-ray emission spectroscopy as well as Compton scattering of electrons) are also briefly discussed.
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