Lee, Nam-Ho
(Department of Wood Science and Technology, Chonbuk National University)
Zhao, Xue-Feng (Department of Wood Engineering, Beihua University) Shin, Ik-Hyun (Department of Wood Science and Technology, Chonbuk National University) Park, Moon-Jae (Division of Wood Engineering, Korea Forest Research Institute) Park, Jung-Hwan (Division of Wood Engineering, Korea Forest Research Institute) Park, Joo-Saeng (Division of Wood Engineering, Korea Forest Research Institute) |
1 | 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. Journal of Wood Science 48: 270-276. DOI ScienceOn |
2 | Yoshida, T., T. Hashizume, and N. Fujimoto. 2000. High-temperature drying characteristics on boxedheart square timber of karamatsu and sugi Influences of high temperature conditions with lowhumidity on drying properties. Mokuzai Kogyo 55(8): 357-362 (in Japanese). |
3 | Avramidis, S., F. Liu, and B. J. Neilson. 1994. Radio-frequency/vacuum drying of softwood: drying of thick western red cedar with constant electrode voltage. Forest Products Journal 44(1): 41-47. |
4 | Harris, R. A. and M. A. Taras. 1984. Comparison of moisture content distribution, stress distribution and shrinkage of red oak lumber dried by a radio- frequency/vacuum drying process and a conventional kiln. Forest Products Journal 34(1): 44-54. |
5 | Helsing, G. and R. D. Graham. 1976. Saw kerfs reduce checking and prevent interal decay in pressure-treated Douglas-fir poles. Holzforschung 30(6): 184-186. DOI |
6 | Kanagawa, Y. 1989. Resin distribution in lumber dried by vacuum drying combined with radiofrequency. Proc. of the IUFRO International Wood Drying Symposium. Seatle, Washington, USA: 158-163. |
7 | Lee, N. H., K. Hayashi, and H. S. Jung. 1998. Effect of radio-frequency/vacuum drying and mechanical press-drying on shrinkage and checking of walnut log cross sections. Forest Products Journal 48(5): 73-79. |
![]() |