Ion implantation changes of tribological and corrosion resistance properties of materials used in wood industry
Journal Title: Annals of WULS, Forestry and Wood Technology; Zeszyty naukowe SGGW - Year 2016, Vol 94, Issue
Abstract
Ion implantation changes of tribological and corrosion resistance properties of materials used in wood industry. The paper presents basic information about ion implantation technique as regards its real and potential application in wood industry in the range of tribology properties and the corrosion resistance of machine components and tools.
Authors and Affiliations
Marek Barlak, Zbigniew Werner, Jacek Wilkowski
Keywords
Related Articles
- EP ID EP355945
- DOI -
- Views 53
- Downloads 0
Drilling features of particleboard made of selected fruit trees prunings
Drilling features of particleboard made of selected fruit trees prunings. In this work the selected mechanical and physical properties of wood based panels originated from fruits trees pruning, namely: plum trees, apple...
TiO2-SiO2 as a potential agent in wood preservation
TiO2-SiO2 as a potential agent in wood preservation. Hydrophobic titanium dioxide (TiO2) was successfully grown on a wood surface. Scanning electron microscopy (SEM), energy dispersive X-ray microanalysis (EDX), X-ray fl...
The degree of polymerisation of cellulose of willows growing on Hel Peninsula
The degree of polymerisation and polydispersity of cellulose are treated as cellulose quality indices and affect strength properties of the raw material. This study examines these indices for one-year old Salix acutifoli...
Клеевое соединение между основанием и древесиной как фактор стабилизирующий дубовые половые дощечки
Клеевое соединение между основанием и древесиной как фактор стабилизирующий дубовые половые дощечки. Долговечность пола из древесины в высокой степени зависит от качества соединения дощечки из массива с основанием. Клеев...
Evaluation of maximum specific optical density for selected wood based materials using PN-EN ISO 5659:2017 method
Evaluation of maximum specific optical density for selected wood based materials using PN-EN ISO 5659:2017 method. The aim objectives of the present study is to measure maximum specific optical density under prescribed c...