CAJ | 학술논문

采用相对光强原理对超细金刚石粉添加剂的纳米摩擦学性能进行了研究。试验结果表明：在薄膜润滑区，球型纳米金刚石颗粒的增粘作用，使混合油油膜增厚；微滚动效应则导致摩擦力减小。其摩擦过程是金刚石颗粒不断分散和团聚的过程，呈现时间效应。
채용상대광강원리대초세금강석분첨가제적납미마찰학성능진행료연구。시험결과표명：재박막윤활구， 구형납미금강석과립적증점작용，사혼합유유막증후；미곤동효응칙도치마찰력감소。기마찰과정시금강석과립 불단분산화단취적과정，정현시간효응。
Using a technique of relative optical interference intensity (ROII), the nanotribological properties of ultrafine diamond powder as additive is investigated. Results have shown that the effect of viscosity of global diamond nanoparticles gives rise to thicker film in thin film lubrication regime. Its effect of tiny ball bearing leads to a lower friction coefficient. The tribological process is one that the ultrafine diamond powder is dispersed and reunited continuously and exhibitstime effect.