Abstract
Cross sections of the (0001) layers in natural (molybdenite) and synthesized molybdenum disulfide crystals have been observed by high-resolution transmission electron microscopy. The image simulation for hexagonal and rhombohedral MoS 2 crystals which are perfect and contain various types of stacking faults shows that the Mo and S columns along the incident electron beam can be distinguished in the [2110] images and hence the stacking sequence of Mo and S layers can be determined. The layer structures and the formation mechanisms of the stacking faults which have been found in natural and synthesized molybdenum disulfide flakes are presented
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