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Beech and its wood

, : Beech and its wood. Schweizerische Zeitschrift fur Forstwesen 142(5): 363-442

A collection of 7 papers presented at a colloquium on the wood of beech held in the Forestry Department, ETH Zurich, in December 1990.

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Related references

Martinez, J.B., 1943: The investigation of mycological changes in wood. Fascicle 1. Colour changes in wood. Blue rot. green rot, red heart of Beech, 'dozed' wood of Beech. Wood undergoes two types of change caused by fungi, namely, colour modifications and decay, of which only the former is discussed in this monograph, the first of its kind to be published in Spain, where no work had previously been carried out on a...

Stegmann, G.; Storck, W.D., 1969: Production and utilization of small Beech wood in Lower Saxony. I. The production basis of Beech as an industrial raw material. II. The supply to consumers of small Beech wood. (I) Discusses the annual cut of Beech, age and size distribution of growing stock and cut, and the available amounts of industrial waste wood. (II) Discusses supply in relation to demand, shifts in demand, and trends. It is suggested that even whe...

Kacik, F.I.; Melcer, I.; Melcerova, A., 1992: Comparative characteristics of hydrothermal and thermal treatment of beech wood. Hydrothermally pretreated beech wood lignin. Part of a study on the effects of various hydrothermal and thermal treatments on wood. Samples of beech [Fagus sylvatica] were heated in water in autoclaves for 1-48 h at temperatures of 80, 100 or 120 degrees C, and the changes in the lignin were...

Kosik M.; Geratova L.; Rendos F.; Domansky R., 1968: Pyrolysis of beech d wood at low temperatures ii inst thermography of beech d wood and its components. Holzforschung und Holzverwertung 20(1): 15-19

Kosik, F.; E.A., 1968: Pyrolysis of Beech wood at low temperatures. II. Thermography of Beech wood and its components. A new differential thermal analysis method performed in inert gas is described. Thermogravimetric graphs for Beech and its components show that breakdown of cellulose and hemicellulose proceeds in two kinetically different stages. KEYWORDS: Fagus...

Melcer, I., 1972: Influence of heat and time on the chemical changes of beech-wood components during hydrothermal treatment. III. Some physico-chemical analyses of hydrothermally pre-treated beech-wood lignin. Cellulose chemistry and technology: 6 (4) 405-413

Anonymous, 2004: Conversion of beech wood at the sawmills: contribution investigation of quantitative and qualitative yield of beech wood in sawmill conversion

Moog, M., 1991: How much is the supply of industrial beech wood affected by the amounts of beech stemwood and by industrial wood prices?. Data on the volumes cut and the sales by several major forest administrations in Germany were used to estimate supply functions for beech [Fagus sylvatica] industrial wood (IW). Beech IW supply increased with an increase in the cut of beech stemwo...

Hosli, J.P.; Bosshard, H.H., 1979: Investigations on the treatability of beech wood with coal tar creosote. 1. Material properties of beech wood and coal tar creosote in relation to the impregnation of wooden sleepers. The influence was investigated of temp. on the viscosity and surface tension of creosote, and of temp. and humidity on the pore size of wood. The determination of the pore size distribution by means of the mercury porosimeter is described. It was...

Buro, A., 1954: Studies on the disorganization of Pine and Beech wood by wood-destroying fungi and their influence on some physical properties of the wood. The modification of the resistance of wood to fungi by impregnation with synthetic resin solutions. In the current series of studies at the Federal Institute for the Mechanical and Chemical Assay of Materials, Berlin-Dahlem, on the physical changes consequent on fungal disorganization of beech and pine wood, Coniophora cerebella and Lentinus lep...