利用微米木纤维定向重组技术形成超高强度纤维板的细胞裂解理论研究

STUDY ON CELL BREAK THEORY OF USING WOOD FIBRE MICRO-METER ALIGNED RECONSTITUTED TECHNOLOGY FORMING SUPER HIGH-INTENSITY WOOD-BASED PANEL

采用人造板微观力学和木材细胞学理论 ,提出了一种利用定向重组微米木纤维技术形成超高强度人造板的细胞裂解理论和强度参数预测方法。应用提出的理论 ,可以根据纤维、木质素、细胞直径和排列的程度 ,建立理想状态下微米重组高强度定向纤维板木纤维细胞在定向重组微米技术形成超高强度人造板的细胞裂解理论 ,为人造板力学运用数学手段深入到细胞结构研究的深度提供了一种新的理论和方法。

The theory of wood based panel micro mechanical and wood cell was adopted, and cell break theory and intensity reference calculation method that using wood fiber aligned reconstituted micro meter technology forms super high intensity wood based panel was put forward in this paper.Using the theory , according to fiber, lignin, diameter of cell and the arrangement extent, The cell break theory can be built that micro meter reconstituted high intensity aligned fiberboard wood fiber cell forms super high intensity wood based panel using the aligned reconstituted micro meter technology in the ideal state. It provided a mathematical method for the research of wood based panel mechanical, which made it go deeply into the profundity of cell structure with mathematics method.