Longitudinal Penetration of Water through the Vessel and Wood Fiber in Castanea crenata
0
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
An experiment was conducted to know ultra-pure distilled water penetration depth through large vessel, small vessel, latewood fiber and earlywood fiber in longitudinal direction of Castanea crenata. In heartwood, latewood fiber transported water more than large and small vessel. While in sapwood, small vessel conduction depth was found the highest. Penetration depth of water after 15.0 seconds, no significant difference was observed among earlywood fiber, latewood fiber and earlywood vessel. Whilst in heartwood, no statistical difference was observed among earlywood fiber, latewood fiber and earlywood vessel. At the beginning, the speed of water penetration was high and then gradually decreased.
Abstract
An experiment was conducted to know ultra-pure distilled water penetration depth through large vessel, small vessel, latewood fiber and earlywood fiber in longitudinal direction of Castanea crenata. In heartwood, latewood fiber transported water more than large and small vessel. While in sapwood, small vessel conduction depth was found the highest. Penetration depth of water after 15.0 seconds, no significant difference was observed among earlywood fiber, latewood fiber and earlywood vessel. Whilst in heartwood, no statistical difference was observed among earlywood fiber, latewood fiber and earlywood vessel. At the beginning, the speed of water penetration was high and then gradually decreased.
참고문헌 (13)
- Ahmed, S. A, "Impregnation of Castanea crenata wood by hydrophobic oil", J. Korea Furniture Society, 19(1), pp.91~96 (2008)
- Ahmed, S. A, "Essential oil penetration depth in Prunus sargentii Rehder", J. Korea Furniture Society, 18(4), pp.307~311 (2007)
- Ahmed, S. A, "Descriptions of the wood anatomy and safranine impregnation in Gmelina arborea Roxb. From Bangladesh", J. Korea Furniture Society, 18(2), pp.100~105 (2007)
- Bailey, P. J, "Some aspects of softwood permeability. II Flow of polar and nonpolar liquids through sapwood and heartwood of Douglas fir", Holzforschung, 24(2), pp.37~45 (1970)
- In Sik Choi, "Longitudinal Flow Path of Safranine in Populus tomentiglandulosa T. Lee", 한국가구학회지, 18(2), pp.161~165 (2007), 한국가구학회
- Chun, S. K, "Permeability and meniscus phenomenon in four Korean softwood species", For. Stud. China, 8(3), pp.56~60 (2006)
- Cote,W.A, "Colley Lecture: In Search of Pathways Through Wood", Proceedings of the 86th Annual Meeting of the American Wood Preservers’ Association, 통권 : 86 (1990)
- Hillis,W.E, "Heartwood and Tree Exudates" (1987), Springer-Verlag
- Jarvis,P.G, "Water transfer in plants. In: Heat and mass transfer in vegetation (Symp. Dbrovick) de Vries" (1975), Pub. Scripta
- Kumar, S, "Penetration indices of hardwoods: a quantitative approach to define treatability", Wood Fiber Sci, 25(2), pp.192~197 (1993)
- Panshin, A. J, "Textbook of Wood Technology" (1980), McGraw-Hill Book Company
- Teesdale, C. H, "Relative resistance of various hardwoods to injection with cresote", USDA Bull, (606), pp.36~ (1918)
- Wang, J. Z, "Treatability and durability of heartwood. In: National conference on wood transportation structures; 1996 October 23~25:Gen. Tech. Rep. FPL-GTR-94", pp.252~260 (1996), USDA, Forest Service, Forest Products Laboratory