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    Anatomical properties of the 10 Indonesian wood species

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    https://www.riss.kr/link?id=A109107635

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    다국어 초록 (Multilingual Abstract) kakao i 다국어 번역

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    한국어
    The anatomical characteristics of the ten Indonesian wood species (Gmelina, Albizia, Mangium, Durian, Gandaria, Jengkol, Kupa, Mangga, Nanaka and Rambutan) were investigated by optical microscopy. All the species were diffuse-porous with solitary and radial pore multiple. In Mangium, however, tangential pore multiple was observed as well. Tangential diameter of pore was larger than that of radial one except for Albizia and Nangka. Nangka showed the largest tangential diameter of pore among the species. Vessel number per mm2 of Mangium, Gandaria and Kupa was higher than that of the other species. Especially Kupa showed highest vessel number. The tangential width of axial parenchyma cell in Gmelina, Mangium, Kupa and Mangga was larger than that of wood fiber, while the other species showed the opposite trend. Mangium was the largest in tangential width of axial parenchyma cell. Rays were homocellular composed only of procumbent cell in Gmelina, Albizia and Rambutan. Heterocellular rays composed of procumbent cells in the body and one row of upright and/or square in the margin are observed in Gandaria. Mangium, Durian, Jengkol, Kupa, Mangga and Nangka body showed heterocellular rays composed of procumbent cells in the body and mostly 1∼2 rows of upright and/or square cells in the margin. Crystals occurred in Durian, Gandaria, Jengkol, Albizia, Mangga and Rambutan and silica in Albizia and Mangga.
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    The anatomical characteristics of the ten Indonesian wood species (Gmelina, Albizia, Mangium, Durian, Gandaria, Jengkol, Kupa, Mangga, Nanaka and Rambutan) were investigated by optical microscopy. All the species were diffuse-porous with solitary and ...

    The anatomical characteristics of the ten Indonesian wood species (Gmelina, Albizia, Mangium, Durian, Gandaria, Jengkol, Kupa, Mangga, Nanaka and Rambutan) were investigated by optical microscopy. All the species were diffuse-porous with solitary and radial pore multiple. In Mangium, however, tangential pore multiple was observed as well. Tangential diameter of pore was larger than that of radial one except for Albizia and Nangka. Nangka showed the largest tangential diameter of pore among the species. Vessel number per mm2 of Mangium, Gandaria and Kupa was higher than that of the other species. Especially Kupa showed highest vessel number. The tangential width of axial parenchyma cell in Gmelina, Mangium, Kupa and Mangga was larger than that of wood fiber, while the other species showed the opposite trend. Mangium was the largest in tangential width of axial parenchyma cell. Rays were homocellular composed only of procumbent cell in Gmelina, Albizia and Rambutan. Heterocellular rays composed of procumbent cells in the body and one row of upright and/or square in the margin are observed in Gandaria. Mangium, Durian, Jengkol, Kupa, Mangga and Nangka body showed heterocellular rays composed of procumbent cells in the body and mostly 1∼2 rows of upright and/or square cells in the margin. Crystals occurred in Durian, Gandaria, Jengkol, Albizia, Mangga and Rambutan and silica in Albizia and Mangga.

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