CAJ | 학술논문

利用双放电腔微波ECR等离子体增强非平衡磁控溅射技术成功制备了切削刀具测温传感器的SiO_2多层复合绝缘薄膜,研究了SiO_2多层复合绝缘薄膜的制备工艺.通过扫描电镜、原子力显微镜、台阶仪和XPS对SiO_2功能薄膜的表面形貌、膜厚及成分进行了观测,结果表明,制备的多层复合SiO_2薄膜厚度小、绝缘性好,绝缘电阻达到9.5×10~(12)Ω.其与金属基体结合力可达16.7N,满足制作切削刀具测温传感器的要求.
이용쌍방전강미파ECR등리자체증강비평형자공천사기술성공제비료절삭도구측온전감기적SiO_2다층복합절연박막,연구료SiO_2다층복합절연박막적제비공예.통과소묘전경、원자력현미경、태계의화XPS대SiO_2공능박막적표면형모、막후급성분진행료관측,결과표명,제비적다층복합SiO_2박막후도소、절연성호,절연전조체도9.5×10~(12)Ω.기여금속기체결합력가체16.7N,만족제작절삭도구측온전감기적요구.
SiO_2 multilayer composite insulating film for cutting measurement temperature sensor was prepared by means of advanced twinned microwave ECR plasma source enhanced radio frequency (RF) reaction non-balance magnetron sputtering technique. Preparation technology for the SiO_2 film was studied. Micro-morphology,depth and compositions of SiO_2 film was investigated by SEM, AFM, step profiler and XPS. The results showed that SiO_2 thin-film posess small depth and excellent insulating property (insulation resistance reached 9. 5Xl0~(12)Ω). Binding force between the SiO_2 thin-film and metal substrate was 15. 8 and 16. 7N. It may meet the demands of preparing the cutter measurement temperature sensor.