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Chapter 7 – Application of Graphene composites: Raman Strain Sensors strain. The average shift rate per unit strain was -31 ± 7.9 cm-1/% strain, which is ~ 35% lower than the exfoliated graphene (-48 ± 7.5 cm-1/% strain). The reason for the lower shift rate may be the many fine grain structure of the CVD graphene. Figure 7.14: Sequence II cyclic deformation with increased maximum strain level. a,d) The sequence of the deformation and the response of 2D band position of both MC and CVD graphene. The highlighted area shows the relaxation of residual pre-compression of CVD graphene in the initial three cycles. The strain 217PDF Image | PRODUCTION AND APPLICATIONS OF GRAPHENE AND ITS COMPOSITES
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