Figure 6: Application of Al nanoparticles in RGO network as an energetic material.
From: Ultra-fast self-assembly and stabilization of reactive nanoparticles in reduced graphene oxide films
(a) Frames from high-speed videos with 142 μs exposure time of activated nAl-RGO and RGO that werekept hot and flooded with 3 atm O2. Time 0 for both materials was arbitrarily defined and the last frame shown is the one with peak integrated intensity. (b) The normalized integrated intensity taken from the video frames (20 μs exposure) of nAl-RGO and RGO samples that were activated (as in a) and that were subject to direct heating in 3 atm of O2 without activation. (c) Thee-dimensional printing process of Al-RGO and in situ formation to nAl-RGO by fast Joule heating.
