Desired retention and depth into wood are necessary for wood preservatives to provide long-
term durability. In general, heartwood of wood is difficult to treat, and bioincising was …

The impact of the three-dimensional graded porous structure and active functional groups of
wood on phase change materials (PCM) is worthy of consideration. It often results in a …

The long-term protection of bamboo against mold fungi remains a challenge in anti-mold
technology, primarily due to the abundance of nutrients within bamboo cell lumens and the …

To improve the permeability of wood, three chemical reagents were used to pretreat
Chinese fir, white oak, and poplar. Through a factorial experiment with the mass change rate …

The fungus Physisporinus vitreus and the bacterium Bacillus subtilis are commonly used
organisms in wood biotechnology to increase wood permeability. However, comparative …

The anatomical structure of wood and the application of three different incision
pretreatments affect the distribution of preservatives in refractory woods. This study focused …

For many product and applications, the penetration of preservatives or modification
substances into wood species should be deep and homogeneous. Caucasian spruce and …

Farklı delme (insizing) ön işlemleri emprenyesi güç odun türlerinin permeabilitesini artırmak
için uygulanan teknolojik yöntemlerdir. Son zamanlarda farklı delme ön işlemlerinin odunun …