Study on Ana tom ica l Structure Var ia tion and Chem ica l Propertiesof Introduced D a lbe rgia sissoo Roxb.

SHI Lei; SUN Qing-feng; DENG Jiang

The anatomical structure variation and chemical p roperties of Da lbergia sissoo introduced from Nepal inYuanjiang of Yunnan Province were studied with quantitatively and chemically analytic methods. The results showedthat the fiber length and width were 1 430. 87μm and 18. 02μm in average. The length and diameter of pore wererespectively 204. 13 μm and 146. 46 μm in average. The microfibril angle was 12. 24°in average. The radialvariation tendency of anatomical structure of some D. sissoo was significant while others insignificant. The pH ofDalbergia sissoo was 5. 39. The studies offered basic data and theoretical guidance for develop ing and breeding highquality Da lberg ia sissoo.

1. Research Institute of Resource Insects, CAF, Kunming　650224, Yunnan, China

2. Material Science and Engineering College ,Northeast Forestry University, Harbin　150040, Heilongjiang, China

Received Date: 2007-10-03

Abstract: The anatomical structure variation and chemical p roperties of Da lbergia sissoo introduced from Nepal inYuanjiang of Yunnan Province were studied with quantitatively and chemically analytic methods. The results showedthat the fiber length and width were 1 430. 87μm and 18. 02μm in average. The length and diameter of pore wererespectively 204. 13 μm and 146. 46 μm in average. The microfibril angle was 12. 24°in average. The radialvariation tendency of anatomical structure of some D. sissoo was significant while others insignificant. The pH ofDalbergia sissoo was 5. 39. The studies offered basic data and theoretical guidance for develop ing and breeding highquality Da lberg ia sissoo.

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[1]	[C] / /New perspectives in wood anatomy. Boston: International Association of Wood Anatomists ( Forestry Sciences) , 1982: 23 - 58
[2]	Kisser J G. History ofwood anatomy[J]. Wood Sci Techno, 1967, 1(2) : 161 - 164
[3]	Paramesw A N, LieseW. Variation of cell length in bark and woodof trop ical trees[J]. Wood Sci and Techno, 1974, 8 (2) : 81 - 90
[4]	[S]. 北京:中国标准出版社, 1998
[5]	Bass P. Systematic, phylogenetic and ecologicalwood anatomy history and perspectives
[6]	TewariD N. A Monograph on Dalbergia sissoo Roxb [M]. India: International Book Distributors, 1994
[7]	中国标准出版社. 中国林业标准汇编:木材与木制品卷
[8]	北京造纸研究所. 造纸工业化学分析[M]. 北京:轻工业出版社, 1975
[9]	Schimleck L R, Evans R. Estimation ofwood stiffness ofwith cementcores by nearwithdrawer spectroscopy: the development and app lication of calibrations based on selected cores [J]. IAWA 2002, 23(3) : 217 - 224
[10]	赵　砺. 湿法硬质纤维板生产常用灌木及阔叶乔木原料的综合分析[J]. 林产工业, 1991, 38 (2) : 40 - 43
[11]	李　坚. 木材科学[M]. 北京:高等教育出版社, 2002
[12]	Panshin A J, Zeeuw C. Textbook ofwood technology[M]. 4 th ed.New York: Mc Graw2Hill Company, 1980: 37
[13]	制浆造纸手册编写组. 制浆造纸手册(第一分册) :纤维原料和化工原料[M]. 北京:轻工业出版社, 1987
[14]	Frosteh. Specialization in secondary xylem of dictyledons ( Ⅱ) : Evolution of end wall of vessel segments [J]. Botanical Gazette,1930, 90: 198 - 212
[15]	Takhtajna JNA A. Morphological evolution of the angiosperm [M].Moscow: Agricultural Press, 1984: 5
[16]	成俊卿. 木材学[M]. 北京:中国林业出版社, 1985: 186 - 203,309 - 312
[17]	XuW, Steiner P R. A Statistical Characterization of the HorizontalDensity Distribution in Flakeboard [J]. Wood and Fiber Science,1995, 27 (2) : 160 - 167
[18]	雷得定,吕　斌. 我国刨花板质量状况的评述[J]. 木材工业,1993, 7 (4) : 36
[19]	Length C A. Investigations of Flakeboard Mat Consolidation. PartI.Characterizing the Cellular Structure [J]. Wood and Fiber Sci,1996, 28 (2) : 153 - 167

Study on Ana tom ica l Structure Var ia tion and Chem ica l Propertiesof Introduced D a lbe rgia sissoo Roxb.

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