Anatomical and Physical Properties of Indonesian Bamboos Carbonized at Different Temperatures
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The somatotype compositions showed the Sasak children have a common pattern where we observed an increased in endomorphy, a decreased in mesomorphy, and an increased
Bursting strength, bending rigidity, and thermal resistance of the blended fabrics decreased by increasing bamboo and cotton fiber content in the blends, while air permeability and
The result showed that all the anatomical roots, stems and leaves of the Maragogipe plantlet have a greater number than Sigararutang (root diameter, cortex thickness, distance of
Diameter fasciculus of female buffalo muscles increased gradually until it reaches the highest at four years because it has a greater thickness of connec - tive
The bamboo strips were bleached with sodium hydroxide NaOH, 1% w/v followed by hydrogen peroxide H2O2, 12.5% w/v and in a mixture of oxalic acid COOH2.. The bleaching was carried out by
CONCLUSION Polycrystalline WO3 thin films could successfully prepared using spray pyrolysis method, where 350 °C was found to be the optimum substrate temperature, which revealed the
The anatomical characteristics of the fiber length, diameter, and wall thickness, vessels element length, diameter, and frequency, the proportions of cell types, and the derived wood
