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Maziar Sedighi Moghaddam

Agne Swerin / Claesson P.M. / Magnus Wålinder / Maziar Sedighi Moghaddam

NEW APPROACHES FOR STUDYING WOOD WETTABILITY AND LIQUID PENETRATION BY USING WILHELMY PLATE METHOD

Wettability studies on Scots pine veneers were done by using Wilhelmy plate method. The probe liquids were water and octane as swellable and non-swellable liquids, respectively. Novel approaches based on …

Agne Swerin / Claesson P.M. / Magnus Wålinder / Maziar Sedighi Moghaddam

DEVELOPMENT OF A MULTI-CYCLE WILHELMY PLATE METHOD FOR STUDYING DYNAMIC WETTABILITY AND SWELLING BEHAVIOUR OF WOOD

A multi-cycle Wilhelmy plate method has been developed to investigate liquid sorption, swelling and dimensional stability of wood samples. The application of this technique is exemplified by evaluation of wood …

Agne Swerin / Claesson P.M. / Magnus Wålinder / Maziar Sedighi Moghaddam / Van Acker J. / Van den Bulcke J.

X-ray computed tomography on chemically modified wood

Mapping and visualization of structural changes due to the modification of wood would increase the understanding of chemical modification processes and facilitate optimization of the process parameters. The 2D and …

Dennis Jones / Kristoffer Segerholm / Magnus Wålinder / Maziar Sedighi Moghaddam / Susanna Källbom

Extractives influence on the wettability and swelling of thermally modified scots pine

The presence and distribution of wood extractives can be related to the physicochemical properties of wood. Wood extractives are constituted of compounds that can easily migrate within the wood. Relocalisation …

Agne Swerin / Haiyan Yin / Magnus Wålinder / Maziar Sedighi Moghaddam

Fabrication of superamphiphobic wood surface based on silicone nanofilaments

Wood is an important engineering material. However, wood surface is susceptible to moisture and biological degradation during natural weathering process that occurs both indoors and outdoors due to the hydrophilic …

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Northern European Network for Wood Science & Engineering. All rights reserved. Produced: Globalistic

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