A. Karbach
Composite materialBase (geometry)Base (exponentiation)Materials scienceModulusScale (ratio)PolyisocyanurateSpectroscopyEmbeddingNanoindentationMetal
2Publications
0Citations
Publications 2
Newest
Source
Abstract Polyisocyanurate (PIR) foams were examined regarding their local chemical composition using ATR-IR spectroscopy. As a special parameter the PIR: Amide III intensity ratio is to be mentioned, which represents the quantity of the formed PIR groups. Based on the local PIR: Amide III intensity ratio, the mechanical properties (Young’s modulus) of the foam base material were analyzed at defined positions by AFM and Nanoindentation. It turned out that the AFM method is only suitable for quali...
Source