Crystal lattice plane spacings provide a good test of microscope stability and a figure of merit for resolved lattice resolution. At the same time, since lattice spacing is accurately known from X-ray measurements, it provides calibration in the upper range of magnification of the instrument.
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Plane spacing 0.9nm and 0.45nm, Crocidolite crystals, 3.05mm grid AGS122Crocidolite crystals.In StockPOA
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Plane spacing 0.56nm, potassium chloroplatinate crystals, 3.05mm grid AGS118Potassium chloroplatinate crystals.In StockPOA
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Graphitised Carbon Black , 3.05mm grid Plane Spacing 0.34nm AGS140Graphitised carbon black.In StockPOA
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Oriented Gold Crystals Plane Spacing 0.204nm, 0.144nm and 0.102nm AGS135Orientated Gold crystals on 3.05mm grid.In StockPOA
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