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Atomic force microscopy (AFM) was used to characterize the attractive force, adhesive force and adhesion energy between an AFM probe tip and nanometric soot particle generated by a premixed methane/oxygen flame. Different attractive force distributions were found when increasing the height above burner (HAB), with forces ranging from 1.1–3.5nN. As the HAB was increased, the average attractive force...
In this paper, the morphology, attractive force (Fat), adhesive force (Fad) and Young's modulus (EY) of diesel in-cylinder soot particles sampled by a total cylinder sampling system were studied using atom force microscopy. In each combustion phase, the equivalent diameter (ED), Fat, Fad, adhesion energy and EY present broad distributions. The pattern of ED distribution in the late combustion phase...
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