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Effect of Initial Preservative Treatment on Electrical Conductivity in Douglas-Fir Pole Sections

Creator:: Jeffrey J. Morrell, Milo Clauson, and Connie S. Love
Abstract:: The effect of copper naphthenate treatment on electrical resistance of Douglas-fir utility poles was compared with similar poles either left untreated or treated with pentachlorophenol (penta). Penta-treated and untreated wood had similar electrical resistance shortly after treatment and after a 3-month outdoor weathering period. Electrical resistance of copper naphthenate– treated...
Resource Type:: Article
Full Text:: Electrical Conductivity in Douglas-Fir Pole Sections Jeffrey J. Morrell Milo Clauson Connie S. Love

RC_51_11x17_booklet.pdf

Creator:: Morrell, Jeffrey J.
Full Text:: N C E M A N U A L: 2 01 2 E D IT IO N JE FF R E Y J . M O R R E LL R e se a rc h

RC_51_low_res.pdf

Creator:: Morrell, Jeffrey J.
Full Text:: Pole Maintenance Manual: 2012 edition Jeffrey J. Morrell Research Contr ibut ion 51 December

RC_51.pdf

Creator:: Morrell, Jeffrey J.
Full Text:: Pole Maintenance Manual: 2012 edition Jeffrey J. Morrell Research Contr ibut ion 51 December

Wood Pole Maintenance Manual : 2012 Edition

Creator:: Morrell, Jeffrey J.
Abstract:: The specification, inspection, and remedial treatment of utility poles are addressed. Included are discussions of enhancing specifications for improved performance, techniques for detecting decay and other defects, and chemical treatments available for arresting decay of poles in service.
Resource Type:: Technical Report

Resistance of Selected Wood-Based Materials to Fungal and Termite Attack in Non–Soil Contact Exposures

Creator:: Morrell, Jeffrey J.
Abstract:: The resistance of three naturally durable heartwood species and a stranded giant bamboo product to fungal and termite (Coptotermes formosanus) attack was evaluated at a test site located near Hilo, Hawaii. Merbau (Intsia bijuga or I. palembanica) and ipe (Tabebuia spp.) were both exceptionally resistant to fungal and termite attack,...
Resource Type:: Article
Full Text:: Wood-Based Materials to Fungal and Termite Attack in Non–Soil Contact Exposures Jeffrey J. Morrell

Occurrence of preservative-treated wood in a wood recovery center in Western Oregon

Creator:: Morrell, Jeffrey J.
Abstract:: The amounts of treated wood present at a wood recycling center in western Oregon were surveyed over a 10-year period. Treated wood was found at 106 of 112 inspections, but the levels never exceeded 2 percent of the volume present. The amount of treated wood averaged 0.15 percent of the...
Resource Type:: Article
Full Text:: a Wood Recovery Center in Western Oregon Jeffrey J. Morrell Abstract The amounts of treated wood

Bioassaying wood preservatives with Aspergillus niger

Creator:: Morrell, Jeffrey J.
Abstract:: The bioassay with Aspergillus niger is a simple way of determining the presence and amount of pentachlorophenol or tributyltin oxide in wood, but it does not appear useful for measuring strongly fixed chemicals such as chromated copper arsenate, borate, and fluoride. Its effectiveness in detecting other preservatives has not been...
Resource Type:: Article
Full Text:: JeHrey J. Morrell Assistant Professor Department of Forest Products, College of Forestry Oregon State

Decomposition of metham sodium to methylisothiocyanate as affected by wood species, temperature, and moisture content

Creator:: Morrell, Jeffrey J.
Abstract:: The effect of various wood characteristics on decomposition of metham sodium to methylisothiocyanate in sixteen North American and Southeast Asian hardwoods and softwoods was investigated. While marked differences were noted in the degree of decomposition among some species, the relationship between decomposition and lignin content, extractive levels, wood pH, or...
Resource Type:: Article
Full Text:: AFFECTED BY WOOD SPECIES, TEMPERATURE, AND MOISTURE CONTENT1 Jefrey J. Morrell Assistant Professor

Effect of treatment postfixation practices on copper migration from alkaline-copper-treated Douglas-fir lumber

Creator:: Ye, Min and Morrell, Jeffrey J.
Abstract:: The potential for preservative migration from treated wood exposed in or above aquatic environments has become a major concern in some parts of the United States. Best management practices (BMP) were designed to decrease the potential environmental footprint of treated wood, but there are few studies assessing the efficacy of...
Resource Type:: Article
Full Text:: -mail:jesie329958@hotmail.com Jeffrey J. Morrell*{ Professor Department of Wood Science & Engineering Oregon

ScholarsArchive@OSU

Effect of Initial Preservative Treatment on Electrical Conductivity in Douglas-Fir Pole Sections

RC_51_11x17_booklet.pdf

RC_51_low_res.pdf

RC_51.pdf

Wood Pole Maintenance Manual : 2012 Edition

Resistance of Selected Wood-Based Materials to Fungal and Termite Attack in Non–Soil Contact Exposures

Occurrence of preservative-treated wood in a wood recovery center in Western Oregon

Bioassaying wood preservatives with Aspergillus niger

Decomposition of metham sodium to methylisothiocyanate as affected by wood species, temperature, and moisture content

Effect of treatment postfixation practices on copper migration from alkaline-copper-treated Douglas-fir lumber

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