Kajian Produksi Nano Partikel Dari Arang Bambu Dengan Peningkatan Energi Tumbukan Bola Baja Diameter ¼ Inchi

Nanoparticles are a very interesting study, because nanoparticles exhibit properties that are completely new or better based on specific characteristics (size, morphology, phase, etc.). the study of nanopartkel bamboo wulung charcoal produced with a top-down approach using the collision method with mils shaker model. The size of the steel ball used is ¼ inch. The cycle used is 3 million cycles. Particle characteristics with PSA test, SEM test and EDX test to analyze carbon particle size, surface morphology and chemical composition contained in the impact material. From the PSA test results, at 3 million impact cycles obtained carbon particle size that is the first 1 million 381.8 nm then the second 385.5 nm and the third 381.6 nm. From the result of SEM test at cycle 3 million cycle produce carbon particle size that is small and big. Result of EDX test of element which yield carbon particle size, C 92,49%, Magnesium Oxide, MgO 0,14% Alumina, AL2O3 0,26, Silica Dioxide, K2O 0,97%, Calcium Oxide, CaO 0,18%, Iron (II) Oxide, FeO 1.97%, Copper (II) Oxide, CuO 0.71%, Zinc Oxide, ZnO 0.39%, Zirconium Dioxide, ZrO2 0.69%