HIGHLIGHTS
SUMMARY
Wooden archaeological artifacts excavated from the marine sources often contain problematic sulfur and salts, which can cause further degradation of ancient wood. For a better understanding of the degraded wood, its state properties were assessed, such as wood density, cellulose microfibril angle, water absorption, holocellulose molar mass, decay rate, and cell-wall ultrastructure. This study offers significant instructions for creating artificial ancient woods to restore and replace destroyed wood in the ancient wooden ships of China. Based on their degree of degradation, three wood samples identified as Pinus massoniana with varying degrees of deterioration . . .
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