Wood Preservation: Fungal Resistance Based on in Situ Polymerization of Toxic Monomers |
Common terms and phrases
8-hydroxyquinolyl acrylate 8HQA acetone Acetone ml Acryloyl chloride amount of crosslinker assignments are found bioactive monomer bioactive polymers biologically effective Catalyst chlorine consistent with structure crosslinker loading crosslinker present earlywood EW Figure fire retardancy fungal degradation fungus Fyrol 6 acrylate greater weight loss IBACH latewood leached 200x leached and unleached level Wilcoxon test literature values maximum temperature methanol methyl bromide methyl methacrylate multiple comparison NMR Spectrum OCH2CH3 PCPA pentachlorophenol percentage weight gains percentage weight loss Pittman PL Thermal Sciences polymer polymerization pyrolysis resistance to fungal Rowell sample without crosslinker SMPL ID soil block test solubility solution concentration solvent standard deviations statistical difference statistically significant synthesized TBBPA TBTOA TBTOA/5 temperature of pyrolysis tetrabromobisphenol tetrabromobisphenol A acrylate Thermal Sciences Thermogravimetric analysis TMPTM ml treated wood samples treating solution treatment levels unleached sample unpolymerized USDA FOREST PRODUCTS weight percentage Wilcoxon test wood preservatives wt.loss X-ray analysis