The wettability of a freshly cut wood surface will change over time, which is denoted as natural ageing. Water contact angle measurements indicated that the thermal modification of European beech reduces its wettability, but does not affect the rate at which the contact angle increases within a 4-week period. A plasma treatment of fresh wood surfaces enhanced the wettability and equaled the wettability properties of unmodified and thermally modified wood surfaces. The contact angle on plasma-treated wood surfaces increased faster than on unmodified wood surfaces, but a reduction in contact angle by the plasma treatment was still evident after ageing for 4 weeks.Peer reviewe
In this research, the effect of thermal modifications at 170°C, 190°C, 210°C and 230°C on the wettab...
Manuscript submitted to IRG51 conference, 2020. Abstract: The performance of protective wood coati...
The study investigated the effects of short-term thermo-mechanical (STTM) densification temperature ...
This study tests the hypothesis that thermal modification of wood influences the effectivity of air ...
In spite of being both a one-step solution to several problems associated with woodworking and also ...
In the process of wood bonding, the usage of aged and inactivated wooden elements can cause a reduct...
Plasma treatment is becoming a mature technique for modification of surfaces of various materials, i...
Abstract: In spite of being a one-step solution to several problems associated with woodworking and...
We hypothesize that plasma treatments that increase the adhesion and penetration of transparent wate...
Plasma treatment is becoming a mature technique for modification of surfaces of various materials, i...
The use of wood in outdoor, above-ground applications is increasing in Europe. To further increase w...
This study presents possibilities of influencing the surface properties of Sessile Oak (Quercus petr...
We test the hypothesis that plasma-treatment will remove oil from the surface of hot-oil modified bl...
The paper presents the use of low-temperature plasma, generated in the air at atmospheric pressure, ...
The treatment of wood surfaces with plasma in atmospheric conditions is a well–known and researched ...
In this research, the effect of thermal modifications at 170°C, 190°C, 210°C and 230°C on the wettab...
Manuscript submitted to IRG51 conference, 2020. Abstract: The performance of protective wood coati...
The study investigated the effects of short-term thermo-mechanical (STTM) densification temperature ...
This study tests the hypothesis that thermal modification of wood influences the effectivity of air ...
In spite of being both a one-step solution to several problems associated with woodworking and also ...
In the process of wood bonding, the usage of aged and inactivated wooden elements can cause a reduct...
Plasma treatment is becoming a mature technique for modification of surfaces of various materials, i...
Abstract: In spite of being a one-step solution to several problems associated with woodworking and...
We hypothesize that plasma treatments that increase the adhesion and penetration of transparent wate...
Plasma treatment is becoming a mature technique for modification of surfaces of various materials, i...
The use of wood in outdoor, above-ground applications is increasing in Europe. To further increase w...
This study presents possibilities of influencing the surface properties of Sessile Oak (Quercus petr...
We test the hypothesis that plasma-treatment will remove oil from the surface of hot-oil modified bl...
The paper presents the use of low-temperature plasma, generated in the air at atmospheric pressure, ...
The treatment of wood surfaces with plasma in atmospheric conditions is a well–known and researched ...
In this research, the effect of thermal modifications at 170°C, 190°C, 210°C and 230°C on the wettab...
Manuscript submitted to IRG51 conference, 2020. Abstract: The performance of protective wood coati...
The study investigated the effects of short-term thermo-mechanical (STTM) densification temperature ...