Skip to content
Wood Research
Menu
  • Home
  • Author guidelines
  • Journal Issues
  • Contact

The resistance of Pinus sylvestris L. wood modyfied with furfuryl alcohol for destruction by Reticulitermes lucifugus var. santonensis (de feyteaud)

Authors

  • Adam Krajewski

    Warsaw University of Live Science, Poland

  • Piotr Witomski

    Warsaw University of Live Science, Poland

  • Aleksandra Dymicka

    Warsaw University of Life Sciences, Poland

Post Views: 202
Posted in WOOD RESEARCH Volume 68, Number 1, 2023Tagged Biodeterioration, modified wood, subterranean termite

Search for a Keyword

Cite This Article

KRAJEWSKI, A., WITOMSKI, P. & DYMICKA, A. (2023): The resistance of Pinus sylvestris L. wood modyfied with furfuryl alcohol for destruction by Reticulitermes lucifugus var. santonensis (de feyteaud). In: Wood Research 68 (1), 58-67 pp., available at: doi.org/10.37763/wr.1336-4561/68.1.5867

Articles in this Release

  • Study on basic wood properties of critically endangered species Syzygium…

  • Comparation of different environment-friendly anti-mildew agents on bamboo

  • Modeling the earlywood and latewood growth rings of Norway spruce…

  • The potential of producing high added value structural timber from…

  • The resistance of Pinus sylvestris L. wood modyfied with furfuryl…

  • Acoustic absorbers made of wood fiber composites developed by compression…

  • Dependence of polyurethane content on physical and mechanical properties of…

  • Effect of acid hydrolyses on properties of cellulose/poly furfural alcohol…

  • Experimental analysis of acoustic emission propagation velocities and energy attenuation…

  • Bearing failure mode and stiffness analysis of L-shaped parts connected…

  • Relative contributions of short-term canopy and long-term soil effects of…

  • Study on the rheological properties of fast-growing eucalyptus

  • Delignification of palm oil empty fruit bunch by hydroxyl radical…

  • Quality evaluation of UHF RFID antennas and passive tags on…

  • Short notes: The tea leaves as a filler for UF…

Copyright © 2024 Wood Research – VUPC, a.s. (Pulp and Paper Research Institute)