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AHŞAP VE NANOTEKNOLOJİK VERNİK ETKİSİ

1Artvin Çoruh University
2Muğla Sıtkı Koçman Üniversity 
✉ Corresponding author: Hatice Ulusoy · haticeulusoy@mu.edu.tr
Proceedings 2nd International Symposium on Innovative Approaches in Scientific Studies Volume 3 Pages 1266–1269 Year 2018
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Abstract

Çalışmada borik asit (% 1)’in çeşitli vakum ve difüzyon sürelerinde ladin (Picea orientalis (L.) Link.) odununa emprenye (ASTM 1413-76) işlemi ve akabinde nanoteknolojik vernik uygulamasıyla eğilme direnci ve elastiklik modülü üzerinde oluşan değişimler belirlenmiştir. Çalışmada zımpara faktörü etkisi (150 nolu)’de belirlenmiştir. Eğilme direncinin maksimum olduğu nokta 40 dakika vakum ve 20 dakika difüzyonda (88.96 N/mm2), en düşük 40 dakika vakum 60 dakika difüzyonda (68.96 N/mm2); elastiklik modülü en yüksek 150 no’lu zimpara işleminde nano teknolojik verniğin tek başına kullanımında (10300 N/mm2), en düşük 20 dk vakum ve 20 dk difuzyonda (6520 N/mm2) gerçekleşmiştir.  

Keywords

English-language details

EFFECT OF WOOD AND NANOTECHNOLOGICAL VARNISH

This study investigated the changes in flexural strength and modulus of elasticity of spruce (Picea orientalis (L.) Link.) wood after impregnation with boric acid (ASTM 1413-76) at various vacuum and diffusion times, followed by application of nanotechnological varnish. The effect of sanding factor (no. 150) was determined. The maximum flexural strength was observed at 40 minutes vacuum and 20 minutes diffusion (88.96 N/mm²), while the lowest was observed at 40 minutes vacuum and 60 minutes diffusion (68.96 N/mm²). The highest modulus of elasticity was observed with the use of nanotechnological varnish alone in sanding (no. 150) (10300 N/mm²), and the lowest was observed at 20 minutes vacuum and 20 minutes diffusion (6520 N/mm²).

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Cite this article

Peker, H., & Ulusoy, H. (2018). EFFECT OF WOOD AND NANOTECHNOLOGICAL VARNISH. In 2nd International Symposium on Innovative Approaches in Scientific Studies (pp. 1266–1269). SET Technology.

Article History

Published
31 Dec 2018

License

© 2018 SET Technology. This article is distributed under the terms of the CC BY 4.0.

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