Thermal conductive polymer composites attract lots of research due to the continuous
miniaturization and multi-function of electronic equipment. As a common ceramic, Al 2 O 3 …

At present, the rapid accumulation of heat and the heat dissipation of electronic equipment
and related components are important reasons that restrict the miniaturization, high …

Graphene presents an extremely ultra-high thermal conductivity, well above other known
thermally conductive fillers. However, graphene tends to aggregate easily due to its strong …

Conventional polymer composites normally suffer from undesired thermal conductivity
enhancement which has hampered the development of modern electronics as they face a …

The severe electromagnetic (EM) interference and overheating issues in 5G/6G electric
devices increasingly heighten the need for developing multifunctional materials with large …

The demand for thermal management tools has triggered the fast development of materials
that efficiently manipulate thermal energy. Pristine polymers and their composites have been …

The robust interface adhesion between matrix and reinforcement is the guarantee for
enhancing mechanical performance of the metal matrix composites (MMCs). Unfortunately …

High-speed air-breathing propulsion systems, such as solid fuel ramjets (SFRJ), are
important for space exploration and national security. The development of SFRJ requires …

Graphene and its composites are promising catalysts for energetic materials. In order to
realize the application of graphene in solid propellant, the effects of graphene content on the …

The increase of miniaturization and rise of powerhouses has caused a need for high-
performing thermal interface materials (TIMs) that can transfer heat in electronic packaging …