森林工程
森林工程
삼림공정
FOREST ENGINEERING
2012年
1期
36-38,43
,共4页
天然林%解剖性质%径向变异%回归分析
天然林%解剖性質%徑嚮變異%迴歸分析
천연림%해부성질%경향변이%회귀분석
natural forest%anatomical charactrs%radial variation pattern%regression analyzing
以天然林五角槭的木材解剖性质为研究对象，分析其株内木材材质径向变异规律，对幼龄材与成熟材进行初步界定。结果表明：细胞壁厚、壁腔比、胞壁率和径、弦向直径幼龄期波动较大，成熟期波动减弱；木纤维长度符合Pan．shinⅠ模型，幼龄材拟合度较好；组织比量符合Y=acebx变异模型；幼龄材和成熟材的界定年限为28～33a之间。
以天然林五角槭的木材解剖性質為研究對象，分析其株內木材材質徑嚮變異規律，對幼齡材與成熟材進行初步界定。結果錶明：細胞壁厚、壁腔比、胞壁率和徑、絃嚮直徑幼齡期波動較大，成熟期波動減弱；木纖維長度符閤Pan．shinⅠ模型，幼齡材擬閤度較好；組織比量符閤Y=acebx變異模型；幼齡材和成熟材的界定年限為28～33a之間。
이천연림오각축적목재해부성질위연구대상，분석기주내목재재질경향변이규률，대유령재여성숙재진행초보계정。결과표명：세포벽후、벽강비、포벽솔화경、현향직경유령기파동교대，성숙기파동감약；목섬유장도부합Pan．shinⅠ모형，유령재의합도교호；조직비량부합Y=acebx변이모형；유령재화성숙재적계정년한위28～33a지간。
Taking wood anatomical property, of A. mono Maxim natural forest as research object, its radial variation rules of wood properties was analyzed, which could give an initial confirmation of the boundary between juvenile wood and mature wood. Results show that the fiber wall thickness, cell wall to cavity ratio, fiber wall ratio, radial diameter and tangential diameter of juvenile wood have greater fluctuate than that of mature wood. Wood fiber length belongs to Panshin I Pattern with a high fitting degree in juvenile wood. Tissues radio satisfies the model of y = aebx. The boundary area of juvenile wood and mature wood is between 28a to 33a.
