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Ä Ö Ü ä ö ü ß
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        Construction Mechanism of Reticular Structure of Plant Fiber

        Yongqun Xie,Queju Tong,Yan Cheon 한국가구학회 2008 한국가구학회지 Vol.19 No.2

        This paper investigated and validated the mechanisms and principles for constructing reticular structure of plant fiber through frothing solution approach. After process, plant fibers became low-density reticular-structured block with all properties meeting Chinese standards for cushion packing materials. The bonds between fibers acted as knots in a truss and were strong enough to keep space occupied by bubbles in the frothing solution from shrinking in the subsequent draining process. The formation of the reticular structure depends mainly on the pressure difference between inside and outside bubble, the effect of surface adsorbent force on bubble film, and hydrogen bond among fiber hydroxide.

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        Construction Mechanism of Reticular Structure of Plant Fiber

        Xie, Yongqun,Tong, Queju,Chen, Yan Korea Furniture Society 2008 한국가구학회지 Vol.19 No.2

        This paper investigated and validated the mechanisms and principles for constructing reticular structure of plant fiber through frothing solution approach. After process, plant fibers became low-density reticular-structured block with all properties meeting Chinese standards for cushion packing materials. The bonds between fibers acted as knots in a truss and were strong enough to keep space occupied by bubbles in the frothing solution from shrinking in the subsequent draining process. The formation of the reticular structure depends mainly on the pressure difference between inside and outside bubble, the effect of surface adsorbent force on bubble film, and hydrogen bond among fiber hydroxide.

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