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Synthesis of amorphous carbon from bio-products by drying method

机译:通过干燥法合成生物产物的无定形碳

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Amorphous carbon (a-C) has extensively been studied in the last two decades due to many superior properties. Amorphous carbon was successfully prepared by carbonization of organic compounds exposed up to 200°C. Organic compounds that used in this research were coconut sap, lontar palm sap and their derivatives. The X-ray diffraction pattern shows that carbonization of organic compounds produce amorphous carbon phase at 2θ=20°. The infrared absorption in the region from 500 to 4000 cm~(-1) were resolved into several peaks, which were assigned to C-H, C=C, C-O, C=O and O-H. Four point probe method was also used to measure the conductivity and band gap of each material, resulting in 1.73 - 29.6 S/m and 0.08 - 0.49 eV respectively.
机译:由于许多优越的特性,在过去二十年中,无定形碳(A-C)已经过度研究。通过暴露于200℃的有机化合物的碳化成功制备了非晶碳。本研究中使用的有机化合物是椰子SAP,LONTAR PALM SAP及其衍生物。 X射线衍射图表明有机化合物的碳化在2θ= 20°处产生无定形碳相。将500至4000cm〜(-1)的区域中的红外吸收分解为几个峰,将其分配给C-H,C = C,C-O,C = O和O-H。还用于测量每种材料的电导率和带隙的四点探针方法,导致1.73-29.6 s / m和0.08-0.49ev。

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