Development of Improvement Technology for Achieving Higher Throughput Limit Utilized in the Evaluation of Next Generation Dry Pumps
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Shin, J.H.
(Vacuum center, Korea Research Institute of Standards and Science)
Ko, M.K. (Department of Chemical Engineering, Konyang University) Cheung, W.S. (Acoustics & Vibration group, Korea Research Institute of Standards and Science) Yun, J.Y. (Vacuum center, Korea Research Institute of Standards and Science) Lim, J.Y. (Vacuum center, Korea Research Institute of Standards and Science) Kang, S.W. (Vacuum center, Korea Research Institute of Standards and Science) |
1 | 노명근, 황태경, 박제우, 한국진공학회지 17(4), 292 (2008) DOI |
2 | ISO/CD 5607, Vacuum technology-vacuum pumproots blowers acceptance specifications |
3 | 홍승수, 신용현, 정광화, I. Arakawa, 한국진공학회지 12(3), 151 (2003) |
4 | Jong Yeon Lim, Wansup Cheung, Yong Moon Choi, Dae Jin Seong, Yong Hyeon Shin, and Kwang Hwa Chung, Engineering Materials, 277-279, 1000, (2005) |
5 | 정석민 외 2인, 진공과학입문, (청문각, 2001) |
6 | ISO/DIS 21360, Vacuum technology-standard methods for measuring vacuum-pump performance General description |
7 | PNEUROP 6602, Vacuum pumps; acceptance specifications |
8 | ISO 10816-1: 1995, Mechanical vibration evaluation of machine vibration by measurements on ratating parts-part 1: General guidelines |
9 | ISO/CD 1607, Positive displacement pumpsmeasurement of performance characteristics |
10 | ISO 10816-1: 1995, Mechanical vibration evaluation of machine vibration by measurements on rotating parts-part 1: General guidelines |
11 | 배석희 외 4인, 진공공학, (한국경제신문, 서울, 2000). |
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