Performance of a Commercial Scale Radio-frequency/vacuum Dryer Combined with a Mechanical Compressive Load |
LEE, Nam-Ho
(College of Agriculture & Life Sciences(Institute of Agricultural Science & Technology), Chonbuk National University)
ZHAO, Xue-Feng (College of Agriculture & Life Sciences(Institute of Agricultural Science & Technology), Chonbuk National University) HWANG, Ui-Do (College of Agriculture & Life Sciences(Institute of Agricultural Science & Technology), Chonbuk National University) CHANG, Sae-Hwan (College of Agriculture & Life Sciences(Institute of Agricultural Science & Technology), Chonbuk National University) SHIN, Ik-Hyun (College of Agriculture & Life Sciences(Institute of Agricultural Science & Technology), Chonbuk National University) |
1 | Avramidis, S. and R. L. Zwick. 1996. Commercialscale RF/V drying of softwood lumber, Part 2. Drying characteristics and lumber quality. Forest Products J. 46(6): 27∼36 ScienceOn |
2 | Lee, N. H and J. Y. Luo. 2002. Effect of steam explosion treatments on drying rates and moisture distributions during radio-frequency/vacuum drying of larch pillar combined with a longitudinal kerf. J. of Wood Science 48(4): 270∼276 DOI ScienceOn |
3 | Terazawa, S. et al. 1998. 木材の高周波眞空乾燥. 海靑社: p. 87, p. 96 |
4 | 이남호, 정희석. 1991. 한지엔드래핑 처리 원판의 감압건조응력 분포모형 및 엔드래핑스의 건조결함 예방효과. 목재공학. 19(1): 31∼63 |
5 | 이남호 등. 2002. 국산 저급원목의 원판을 활용한 목공예기념품류의 건조지표 및 디자인컨셉 개발. 농림부연구보고서: 19∼74 |
6 | Avramidis, S., R. L. Zwick, and J. B. Neilson. 1996. Commercial-scale RF/V drying of softwood lumber, Part 1. Basic kiln design considerations. Forest Products J. 46(5): 44∼51 ScienceOn |
7 | Lee, N. H. and H. S. Jung. 2000. Comparison of shrinkage, checking, and absorbed energy in impact bending of Korean ash squares dried by a radio-frequency/vacuum process abd a conventional kiln. Foreat Products J. 50(2): 69∼72 ScienceOn |
8 | 이남호, K. Hayashi. 1997. 침엽수 원판의 투과성 증진을 위한 저압증기 폭쇄 처리 효과. 목재공학. 25(3): 37∼42 |
9 | Lee, N. H. and K. Hayashi. 2000. Effect of end-covering and low pressure steam explosion treatment on drying rate and checking during of Japanese cedar log cross sections. Forest Products J. 50(2): 73∼78 |
10 | Liu, F. 1994. Drying characteristics of thick lumber in a laboratory radio-frequency/vacuum dryer. Drying Technology 12(8): 1963∼1981 DOI ScienceOn |
11 | Lee, N. H., K. Hayashi, and H. S. Jung. 1998a. Effect of radio-frquency/ vacuum drying and mechanical press-drying on shrinkage and checking of walnut log cross section. Forest Products J. 48(5): 73∼79 ScienceOn |
12 | Kanagawa, Y. 1989. Resin distribution in lumber dried by vacuum drying combined with radio frequency. Proceedings of IUFRO Wood Drying 1989: 158∼164 |
13 | 이남호, 정희석, 강춘원. 1998b. 저압증기폭쇄처리에 의한 잎갈나무 수심재의 고주파진공건조성 개선. 한국가구학회지. 9(2): 55∼63 |
14 | 이남호, 최준호, 정희석. 1999a. 압체고주파진공건조에 의한 주요 활엽수 무늬목 단판의 이할과 끝말림 예방효과. 한국가구학회지. 10(2): 2936 과학기술학회마을 |
15 | 이남호 등. 1999b. 특수용재의 압체식고주파진공건조 기술 개발. 농림부연구보고서: 119194 |