论文部分内容阅读
自1973年石油危机以来,从世界范围来看,节约能源已引起极高的重视。除发展新能源之外,改进雾化并提高燃料油的燃烧效率也是一个极重要的方法。柴油通过强磁场的过程称为磁化。油是一种反磁性物质。它没有磁矩。在它通过磁场或磁场和电场时,油分子的基本粒子——电子在磁场或电场和磁场的诱导下产生瞬时极化,产生一个瞬时诱导磁矩。诱导磁矩的产生使原来的平衡状态被破坏,引起分子以直角互相排斥,减弱了分子间互相作用的静电力,增强了油粒子的雾化能力,改善了油的燃烧性能。
Since the oil crisis in 1973, saving energy has drawn great attention from the perspective of the world. In addition to developing new energy sources, improving atomization and improving the combustion efficiency of fuel oil is also an extremely important method. The process of diesel passing a strong magnetic field is called magnetization. Oil is a diamagnetic material. It has no magnetic moment. As it passes through a magnetic or magnetic field and an electric field, the elementary particles of the oil molecule, the electrons, are transiently polarized under the influence of the magnetic or electric and magnetic fields to produce an instantaneous induced magnetic moment. The induced magnetic moment causes the original equilibrium state to be destroyed, causing the molecules to repel each other at right angles, weakening the electrostatic force of intermolecular interactions, enhancing the atomization ability of the oil particles and improving the combustion performance of the oil.