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Chemical utilization of western woods : white fir

Creator:: Oregon Forest Research Center
Resource Type:: Technical Report
Full Text:: . COWLIN C. R. DUFFIE NILS HULT MARSHALL LEEPER DWIGHT L. PHIPPS A. RASMUSSEN FRED SOHN WILLIAM

Bark chemicals from Shasta red fir as stiffening agents for corrugating medium

Creator:: Oregon Forest Research Center
Abstract:: In these tests, phenolic constituents from bark of Shasta red fir were found ineffective as stiffening agents for corrugating medium. Other means of application, however, may be effective. Gum from inner bark of Shasta red fir was not so effective as a beater additive as was locust bean gum, but...
Resource Type:: Technical Report
Full Text:: . COWLIN C. R. DUFFIE NILS HULT MARSHALL LEEPER DWIGHT L. PHIPPS CARL A. RASMUSSEN FRED SOHN WILLIAM

Chemicals from Douglas-fir bark

Creator:: Kurth, E. F. (Ervin Frank) and Oregon Forest Products Laboratory
Resource Type:: Technical Report
Full Text:: U hemicals crom Douglas-fir Bark by E. F. Kurlh Report No. C

William Meade O&C ROW

Creator:: United States. Bureau of Land Management and Klamath Falls Resource Area
Resource Type:: Technical Report
Full Text:: . CX-06-26 - William Meade O&C road use ROW Page 1 of 5 RECORD OF PLAN CONFORMANCE AND

A study of ascorbic acid metabolism of adolescent children

Creator:: Storvick, Clara A. (Clara Amanda), 1906-
Abstract:: Published December 1947. Facts and recommendations in this publication may no longer be valid. Please look for up-to-date information in the OSU Extension Catalog: http://extension.oregonstate.edu/catalog
Resource Type:: Technical Report
Full Text:: acid had been eliminated. The girls, from oldest to young- est, reached peaks of ascorbic acid in the

Managing young filbert orchards

Creator:: Oregon State College. Federal Cooperative Extension Service, Miller, P. W. (Paul William), 1901-, and Schuster, C. E. (Carl Ephraim), 1889-
Abstract:: Published January 1943. Facts and recommendations in this publication may no longer be valid. Please look for up-to-date information in the OSU Extension Catalog: http://extension.oregonstate.edu/catalog
Resource Type:: Technical Report
Full Text:: Ma~ YOUNG FILBERT ORCBARl>S By P. W. Miller and C. E

Biological baseline data, Youngs Bay, Oregon, 1974

Creator:: Higley, Duane Lee, Holton, Robert L., and McMechan, Karla J.
Abstract:: This report presents biological baseline information gathered during the research project, "Physical, Chemical and Biological Studies on Youngs Bay." Youngs Bay is a shallow embayment located on the south shore of the Columbia River, near Astoria, Oregon. Nearby portions of the Youngs River, Lewis and Clark River, Columbia River, and...
Resource Type:: Technical Report
Full Text:: , C. spinicorne, pre- dominantly located near the shoreline. The samples are being reanalyzed and

Geochemical baseline data, Youngs Bay, Oregon, 1974

Creator:: Johnson, Vernon Gene, Cutshall, Norman H., and McMechan, Karla J.
Abstract:: This report comprises one part of a final report to the Alumax Pacific Aluminwn Corporation on the "Physical, Chemical and Biological Studies of Youngs Bay". The data reported herein are the product of the geochemical baseline section of the project. The primary objectives of the geochemical study were: 1) to...
Resource Type:: Technical Report
Full Text:: Contract Period: I November 1973 through 30 April 1975 Reference 75-7 G E 0 C H E M I C A L BASELINE

Biological effects data--fluoride and sulfur dioxide

Creator:: Holton, Robert L., Ulbricht, Richard Jules, Morgan, John B., and McMechan, Karla J.
Abstract:: The Alumax Pacific Aluminum Corporation has proposed construction of an aluminum reduction facility near Youngs Bay at Warrenton, Oregon. This report comprises one part of the final report to Alumax on a research project entitled, "Physical, Chemical and Biological Studies of Youngs Bay." It presents data pertaining to the potential...
Resource Type:: Technical Report
Full Text:: ) for 10 days at 2°C. No deaths resulted from exposure to any of these fluoride levels. Fluoride was

Ascorbic acid requirements of older adolescents

Creator:: Storvick, Clara A. (Clara Amanda), 1906-, Davey, Bessie L., Nitchals, Ruth M., Coffey, Ruth E., and Fincke, Margaret L.
Abstract:: 1. The recommended allowance of the National Reasearch Council, 100 mg ascorbic acid for the 18-year-old boys and 80 mg for the 16 to 19-year-old girls, did not maintain mean plasma ascorbic acid values at levels as high as the respective saturation means. For the girls all the mean values...
Resource Type:: Technical Report
Full Text:: . So far as is known, the first controlled study on the vitamin C requirements of adolescents was

ScholarsArchive@OSU

Chemical utilization of western woods : white fir

Bark chemicals from Shasta red fir as stiffening agents for corrugating medium

Chemicals from Douglas-fir bark

William Meade O&C ROW

A study of ascorbic acid metabolism of adolescent children

Managing young filbert orchards

Biological baseline data, Youngs Bay, Oregon, 1974

Geochemical baseline data, Youngs Bay, Oregon, 1974

Biological effects data--fluoride and sulfur dioxide

Ascorbic acid requirements of older adolescents

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