Reducing Infrared Radiation and Solid Thermal Conductivity by Incorporating Varying Amounts of GnP into Microcellular PMMA.

Another interesting result that can be inferred from Figure 7 is that the radiative term has been reduced for all GnP contents, obtaining a decreasing trend as the content increases, except for the 10 wt. %, because, as seen in SEM images, for high contents of GnPs, aggregates are formed.

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Additionally, a small trend of increasing T g is observed from pure PMMA to materials with nanoplatelets.

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