CAJ | 학술논문

从运动学角度出发，根据超薄不锈钢基板与抛光垫化学机械抛光过程中的运动关系，通过分析磨粒在不锈钢基板表面的运动轨迹，揭示了抛光垫和不锈钢基板的转速和转向等参数对超薄不锈钢基板表面材料去除率和非均匀性的影响。分析结果表明：超薄不锈钢基板与抛光垫转速近似相等、转向相同时可获得最佳的材料去除率及材料去除非均匀性。研究结果为CMP机床设计、CMP运动参数的自动控制和进一步理解CMP的材料去除机理提供了技术和理论依据。
종운동학각도출발，근거초박불수강기판여포광점화학궤계포광과정중적운동관계，통과분석마립재불수강기판표면적운동궤적，게시료포광점화불수강기판적전속화전향등삼수대초박불수강기판표면재료거제솔화비균균성적영향。분석결과표명：초박불수강기판여포광점전속근사상등、전향상동시가획득최가적재료거제솔급재료거제비균균성。연구결과위CMP궤상설계、CMP운동삼수적자동공제화진일보리해CMP적재료거제궤리제공료기술화이론의거。
In this paper the kinematic relationships between ultra-thin stainless steel substrate with the polis-hing pad in the chemical mechanical polishing process are calculated. The parameters of the rotational speed of the polishing pad and the stainless steel substrate 's impact to the ultra-thin stainless steel surface's material removal rate and non-uniformity are revealed by analyzing the abrasive grains in the surface of the stainless steel substrate trajectory. The analysis results show that:when the ultra-thin stainless steel substrate and the polishing pad speed are approximately equal and its steering directions are the same can get the best material material removal rate and materical removal uniformity. The analytical results provide technical and theoreti-cal guide to design the CMP equipments,the automatic control of kinematic parameters in CMP and further understanding of the material removal mechanism of ultra-thin stainless steel substrate in CMP.