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Determining the thickness of semi-transparent thin films via reflectivity measurements based on optical properties
- Hwang, Jong Jin;
- Lee, Hee-Lak;
- Ryu, Choong-Mo;
- Park, Jiyoung;
- Moon, Seung Jae
WEB OF SCIENCE
3SCOPUS
3초록
This study addresses the challenge of measuring deposited film thickness during semiconductor manufacturing in real-time. Accordingly, we present the development of a sensor capable of measuring the deposition and growth thickness of wafers within a chamber in situ. Using a laser measurement instrument, we designed a sensor equipped with a light-receiving component to capture the reflected light signals. Our experimental results confirm the feasibility of real-time measurements; the oxide and nitride films are measured with a deviation of 10 nm or less and a minimum error factor as low as 0.68 %. This sensor is promising for improving the efficiency and accuracy of film thickness measurements in semiconductor manufacturing processes.
키워드
- 제목
- Determining the thickness of semi-transparent thin films via reflectivity measurements based on optical properties
- 제목 (타언어)
- Determining the thickness of semitransparent thin films via reflectivity measurements based on optical properties
- 저자
- Hwang, Jong Jin; Lee, Hee-Lak; Ryu, Choong-Mo; Park, Jiyoung; Moon, Seung Jae
- 발행일
- 2024-07
- 유형
- Article; Early Access
- 권
- 38
- 호
- 7
- 페이지
- 3557 ~ 3562