Thermal conductivity of epoxy composites with a binary-particle system of aluminum oxide and aluminum nitride fillers
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...To the best of our knowledge, the addition of single thermally conductive fillers (such as SiO2 [6], Al2O3 [10], ZrB2 [11], BN [12e14], AlN [15], SiC [16], Si3N4 [17], Si3N4 nanowire [18], silica nanofibers [19], CNTs [20,21], boron nitride nanotube [22], graphite [23], graphite nanoplatelets [24,25], graphene oxide [26], graphene [27,28], etc.) or hybrid thermally conductive fillers (such as Al2O3/ AlN [29], AlN/BN [30], AlN/MWCNTs [31,32], Cu/MWCNTs [33], SiO2/graphene oxide [34,35], BN/graphene oxide [7], graphite nanoplatelets/SiC [36], graphite nanoplatelets/CNTs [37], nano silica/AgNWs [38], etc.) into epoxy matrix could enhance the thermal conductivities of the epoxy composites....
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...) or hybrid thermally conductive fillers (such as Al2O3/ AlN [29], AlN/BN [30], AlN/MWCNTs [31,32], Cu/MWCNTs [33], SiO2/graphene oxide [34,35], BN/graphene oxide [7], graphite nanoplatelets/SiC [36], graphite nanoplatelets/CNTs [37], nano silica/AgNWs [38], etc....
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