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- W2375759397 abstract "Regarding natural aphanitic graphite and PVA as thermal conducting fillers and binder respectively,the research adopts the hot pressing method to prepare the thermal conductive composite of aphanitic graphite /PVA. Meanwhile,the influence of the content and particle of aphanitic graphite before and after purification on the composites' thermal conductivity was studied. The indications of the results were as follows: on the one hand,along with the increase of graphite content,the thermal diffusivity of composites rises,namely when the content of aphanitic graphite was 89% and99% respectively,the thermal diffusivity of composites was 5. 224 and 7. 459 mm2/s respectively by the preparation of raw ore,and the thermal diffusivity of composites was 7. 839 and 9. 458 mm2/s respectively by the preparation of aphanitic graphite after purification,which suggest that the thermal diffusivity of composites through the purification was better improved than raw ore. On the other hand,when the aphanitic graphite before and after purification without milling and the milling with the speed of 300-600 r /min,the thermal diffusivity of composites declines along with the reduce of average particle size,namely the thermal diffusivity of composites including the aphanitic graphite by the milling of raw ore and PVA drops to 4. 682 from 5. 224 mm2/s,and the thermal diffusivity of composites covering the aphanitic graphite by the milling of purification and PVA falls to 6. 019 from 7. 839 mm2/s. According to the above results,it was turned out that the thermal conductivity of composites from the effect of the content and particle of aphanitic graphite increases with the improvement of graphite content and decreases with the diminution of graphite content." @default.
- W2375759397 created "2016-06-24" @default.
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- W2375759397 date "2014-01-01" @default.
- W2375759397 modified "2023-09-24" @default.
- W2375759397 title "The influence of the aphanitic graphite's content and diameter on the thermal conductivity of composites" @default.
- W2375759397 hasPublicationYear "2014" @default.
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