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Technology and the Main Technological Equipment of the Process to Obtain N4HNO3 with Nanoporous Structure

机译:技术与过程的主要技术设备,以纳米多孔结构获得N4HNO3

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Porous ammonium nitrate (PAN) is an essential component of the industrial explosives without triton (ammonium nitrate/fuel oil, ANFO in particular) [1-3]. The quantity of fuel oil, efficiently absorbed and retained by PAN, depends on the sizes, the number, and the volume of pores, the configuration of the pores network on the surface and the pre-surface layers of a granule [4-6]. More specifically: ? A size of pores: a minimal size must be commensurate with the size of the fuel oil molecule. ? The number and the volume of pores must provide the proper absorbing ability of a granule. ? The configuration of the pores network: the surface straight pores available for the free penetration of fuel oil into a granule and the tortuous deep pores available for efficient binding of fuel oil inside a granule.
机译:多孔硝酸铵(PAN)是工业炸药的必要组分,没有TRITON(硝酸铵/燃料油,特别是ANFO)[1-3]。燃料油的数量有效地吸收和保留,取决于孔的尺寸,数量和体积,表面上的孔网和颗粒的预表面层[4-6] 。进一步来说: ?毛孔尺寸:最小尺寸必须与燃料油分子的尺寸相称。还是孔的数量和体积必须提供颗粒的适当吸收能力。还是毛孔网络的配置:表面直孔可用于自由渗透到颗粒中的颗粒和曲折的深孔,可用于颗粒内燃料油的有效装订。

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