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Preparation Coated of Urea Beads from Banana Peel Bioplastic and Epoxidized Natural Rubber 50

机译:来自香蕉果皮生物塑料和环氧化天然橡胶50的制备尿素珠子

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This study produce coated urea beads with both banana peels bioplastics and epoxidized natural rubber 50 (ENR-50). In order to form small and homogenous pores of the coating materials, three types of different salt composites such as NaCl, MgCl_2 and MgSO_4 were used separately. The study between three different loadings for each salt were investigated. The interaction between salts and the both coating materials were investigated via Fourier transform infrared spectroscopy (FTIR) technique. FTIR spectra showed the peaks of the samples and it determined the functional groups present in the samples. ENR-50 was detected at peak 876 cm~(-1) while the CH_3 reading show at peak 1472 cm~(-1). However, the peak was overlap at 1470 cm~(-1). Banana peel contain high amount of starch and it can increase the absorbance reading. Thus, it helps increase the nutrient taken up by the plants.
机译:该研究产生涂覆的尿素珠,Banana剥皮生物塑料和环氧化天然橡胶50(ENR-50)。 为了形成涂层材料的小而均匀的孔,单独使用三种类型的不同盐复合材料,例如NaCl,MgCl_2和MgSO_4。 研究了每种盐的三种不同载荷之间的研究。 通过傅里叶变换红外光谱(FTIR)技术研究了盐和两种涂层材料之间的相互作用。 FTIR光谱显示样品的峰,并确定样品中存在的官能团。 在峰值876cm〜(-1)处检测ENR-50,而CH_3读数显示在峰值1472cm〜(-1)处。 然而,峰值在1470cm〜(-1)处重叠。 香蕉皮含有大量的淀粉,它可以增加吸光度读数。 因此,它有助于增加植物占用的营养素。

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