Using electrostatic repulsion to prevent adhesion of infinitesimal particles

J. Oikawa, T. Yamashita, H. Matsui, A. Tamura, T. Hayashi
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Abstract

The miniaturization of semiconductor devices has been proceeding rapidly in recent years. With that progress, the size of particulate contamination that must be controlled is also decreasing. Infinitesimal particles of diameters less than 50 nm cannot be controlled by conventional air flow control and filtering, so new control methods are required. We evaluated a new particle control method that uses the repulsive electrostatic force to prevent the adhesion of particles. We confirmed that the method suppressed the adhesion of particles by about 92%.
利用静电斥力来防止无限小颗粒的粘附
近年来,半导体器件的小型化发展迅速。随着这一进展,必须控制的颗粒污染的大小也在减少。传统的气流控制和过滤无法控制直径小于50 nm的无限小颗粒,因此需要新的控制方法。我们研究了一种新的粒子控制方法,利用斥力静电来防止粒子的粘附。我们证实,该方法抑制颗粒的附着力约92%。
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