Black poplar (Populus nigra L.) was thermally modified in nitrogen atmosphere. The effects
of the modification process on poplar wood were evaluated for temperatures: 160° C, 190° …

Thermal modification beneficially alters several technological parameters of wood. The
changes in the physical parameters are due to the significant alterations of the structure and …

In the present work, Eucalyptus nitens was thermally modified in an open (atmospheric
pressure) and a closed (under pressure) reactor system. The effect of the changes of the …

The temperature resistance of glued timber, which is crucial for glued wood construction,
represents a significant assessment criterion. To gain insights into this aspect, this study …

This study investigated how vacuum heat treatment influenced the physical and mechanical
properties of Eucalyptus pellita wood. The investigated properties included mass loss, oven …

Certain properties of wood can be improved with thermal modification, allowing its
application fields to be considerably extended without the use of any chemical additives …

This paper presents the effect of thermal modification of 14-15 year-old plantation grown
Acacia auriculiformis wood in the 150-240ºC temperature range under vacuum condition …

A model has been developed aiming at the description of the effect of thermal modification
on the electrical conductivity of wood. The intention was to calculate the moisture content …

In summer 2007 sixteen Taxodium tree trunks were found in situ standing position in the
Bükkábrány open cast mine. The fossil trees were exposed during the excavation of the …

Plantation grown Hevea brasiliensis (rubberwood) was thermally processed in a vacuum-
pressure oven in the temperature range of 150–240° C under two inert environments …