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Results: 1-12 |
Results: 12
SCANNING TECHNIQUE TO IDENTIFY BIOLOGICALLY DEGRADED WOOD
Authors: ROSS RJ DEGROOT RC
Citation: Rj. Ross et Rc. Degroot, SCANNING TECHNIQUE TO IDENTIFY BIOLOGICALLY DEGRADED WOOD, Experimental techniques, 22(3), 1998, pp. 32-33
DISTRIBUTION OF BORATES AROUND POINT-SOURCE INJECTIONS IN DRY WOOD MEMBERS
Authors: DEGROOT RC FELTON CC
Citation: Rc. Degroot et Cc. Felton, DISTRIBUTION OF BORATES AROUND POINT-SOURCE INJECTIONS IN DRY WOOD MEMBERS, Holzforschung, 52(1), 1998, pp. 37-45
PRESERVATIVE TREATMENT EVALUATION OF 5 APPALACHIAN HARDWOODS AT 2 MOISTURE CONTENTS
Authors: HASSLER CC SLAHOR JJ DEGROOT RC GARDNER DJ
Citation: Cc. Hassler et al., PRESERVATIVE TREATMENT EVALUATION OF 5 APPALACHIAN HARDWOODS AT 2 MOISTURE CONTENTS, Forest products journal, 48(7-8), 1998, pp. 37-42
FIELD DURABILITY OF CCA-TREATED AND ACA-TREATED PLYWOOD COMPOSED OF HARDWOOD AND SOFTWOOD VENEERS
Authors: DEGROOT RC GJOVIK LR CRAWFORD D WOODWARD B
Citation: Rc. Degroot et al., FIELD DURABILITY OF CCA-TREATED AND ACA-TREATED PLYWOOD COMPOSED OF HARDWOOD AND SOFTWOOD VENEERS, Forest products journal, 48(2), 1998, pp. 76-82
PRESERVATIVE TREATMENT EVALUATION WITH CCA AND ACQ-B OF 4 APPALACHIANWOOD SPECIES FOR USE IN TIMBER TRANSPORTATION STRUCTURES
Authors: SLAHOR JJ HASSLER CC DEGROOT RC GARDNER DJ
Citation: Jj. Slahor et al., PRESERVATIVE TREATMENT EVALUATION WITH CCA AND ACQ-B OF 4 APPALACHIANWOOD SPECIES FOR USE IN TIMBER TRANSPORTATION STRUCTURES, Forest products journal, 47(9), 1997, pp. 33-42
THE RELATIONSHIP BETWEEN STRESS WAVE TRANSMISSION CHARACTERISTICS ANDTHE COMPRESSIVE STRENGTH OF BIOLOGICALLY DEGRADED WOOD
Authors: ROSS RJ DEGROOT RC NELSON WJ LEBOW PK
Citation: Rj. Ross et al., THE RELATIONSHIP BETWEEN STRESS WAVE TRANSMISSION CHARACTERISTICS ANDTHE COMPRESSIVE STRENGTH OF BIOLOGICALLY DEGRADED WOOD, Forest products journal, 47(5), 1997, pp. 89-93
PRESERVATIVE TREATMENT EVALUATION OF RED MAPLE AND YELLOW-POPLAR WITHACQ-B
Authors: SLAHOR JJ HASSLER CC DEGROOT RC GARDNER DJ
Citation: Jj. Slahor et al., PRESERVATIVE TREATMENT EVALUATION OF RED MAPLE AND YELLOW-POPLAR WITHACQ-B, Forest products journal, 47(4), 1997, pp. 50-54
A LABORATORY SOIL CONTACT DECAY TEST - AN ACCELERATED METHOD TO DETERMINE DURABILITY OF TREATED WOOD SHAKES
Authors: DEGROOT RC WOODWARD B
Citation: Rc. Degroot et B. Woodward, A LABORATORY SOIL CONTACT DECAY TEST - AN ACCELERATED METHOD TO DETERMINE DURABILITY OF TREATED WOOD SHAKES, Wood and fiber science, 28(2), 1996, pp. 214-226
THE RECYCLING POTENTIAL OF PRESERVATIVE-TREATED WOOD
Authors: FELTON CC DEGROOT RC
Citation: Cc. Felton et Rc. Degroot, THE RECYCLING POTENTIAL OF PRESERVATIVE-TREATED WOOD, Forest products journal, 46(7-8), 1996, pp. 37-46
PRESERVATIVE TREATMENT OF RED MAPLE
Authors: SMITH WB ABDULLAH N HERDMAN D DEGROOT RC
Citation: Wb. Smith et al., PRESERVATIVE TREATMENT OF RED MAPLE, Forest products journal, 46(3), 1996, pp. 35-41
COMPARISON OF LABORATORY AND FIELD METHODS TO EVALUATE DURABILITY OF PRESERVATIVE-TREATED SHAKES
Authors: DEGROOT RC
Citation: Rc. Degroot, COMPARISON OF LABORATORY AND FIELD METHODS TO EVALUATE DURABILITY OF PRESERVATIVE-TREATED SHAKES, Wood and fiber science, 26(3), 1994, pp. 306-314
TREATABILITY OF WESTERN SOFTWOOD AND RED ALDER SHAKES
Authors: DEGROOT RC
Citation: Rc. Degroot, TREATABILITY OF WESTERN SOFTWOOD AND RED ALDER SHAKES, Forest products journal, 44(7-8), 1994, pp. 34-43
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