Moisture plays a central role in the performance of wood products because it affects
important material properties such as the resistance to decomposition, the mechanical …

Plant-derived biomass adhesives are increasingly in demand to replace traditional non-
biodegradable petrochemical materials. However, the insufficient mechanical strengths and …

This review summarizes the development of the experimental technique and analytical
method for using TD-NMR to study wood-water interactions in recent years. We briefly …

Plant-derived renewable and biodegradable bioplastics are attractive alternatives to
petroleum-based materials, but their applicability is limited by insufficient interface bonding …

Renewable and biodegradable plant-derived biomaterials are considered an ideal
alternative to non-biodegradable petrochemical plastics. However, the inherent cohesion …

The material properties of wood are intimately tied to the amount of moisture contained in
the wood cell walls. The moisture content depends on the environmental conditions, ie …

Wood is an increasingly important material in the sustainable transition of societies
worldwide. The performance of wood in structures is intimately tied to the presence of …

The pore structure of the cell wall is closely related to biomass recalcitrance. Bamboo fibers
and parenchyma cells constitute the main body of bamboo but have significantly different …

Chlorite delignification is popular in preparation of advanced functional biomaterials or
pulping processes. To get more knowledge about the effects of chlorite delignification on …

Wood-water interactions affect durability and performance of wood products, such as
dimensional stability and biodegradation. To upgrade wood, a combined modification via …